Hydration #145
Hydration #145
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WalkthroughThe pull request introduces extensive modifications across multiple packages, enhancing the functionality and structure of the codebase. Key updates include the re-exporting of public entities from the Changes
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Actionable comments posted: 29
🧹 Outside diff range and nitpick comments (16)
packages/ciphernode/sortition/Cargo.toml (1)
13-20: Changes align well with PR objectives.The addition of new dependencies and the modular structure with the local 'data' crate align well with the PR objectives of implementing hydration for data persistence. These changes should facilitate better state management and testability.
Consider updating the package description to reflect the new data persistence capabilities, if applicable. For example:
- description = ": coordinates the encryption and decryption of enclave computations" + description = ": coordinates the encryption, decryption, and data persistence of enclave computations"packages/ciphernode/data/src/in_mem.rs (2)
Line range hint
35-42: Potential unbounded memory growth inself.logwhencaptureis trueWhen
captureis enabled, everyInsertoperation is logged intoself.log. If there are a large number of inserts, this could lead to unbounded memory usage.Consider implementing a mechanism to manage the size of
self.log, such as:
- Limiting the maximum size of
self.logand removing the oldest entries when the limit is exceeded.- Providing a method to clear or persist the log after processing.
Line range hint
55-59: Inefficient cloning ofself.loginGetLoghandlerCloning the entire
self.login theGetLoghandler can be inefficient, especially if the log is large.Consider returning a reference to
self.logor using an iterator to avoid cloning:impl Handler<GetLog> for InMemDataStore { - type Result = Vec<DataOp>; - fn handle(&mut self, _: GetLog, _: &mut Self::Context) -> Vec<DataOp> { - self.log.clone() + type Result = Vec<DataOp>; + fn handle(&mut self, _: GetLog, _: &mut Self::Context) -> Vec<DataOp> { + self.log.iter().cloned().collect() } }Alternatively, if the
Handlerresult allows for references with appropriate lifetimes:impl Handler<GetLog> for InMemDataStore { - type Result = Vec<DataOp>; - fn handle(&mut self, _: GetLog, _: &mut Self::Context) -> Vec<DataOp> { - self.log.clone() + type Result = &[DataOp]; + fn handle(&mut self, _: GetLog, _: &mut Self::Context) -> &[DataOp] { + &self.log } }Ensure that lifetime annotations are correctly specified to prevent borrowing issues.
packages/ciphernode/enclave_node/src/ciphernode.rs (1)
60-60: Reminder: Address the TODO to switch to the Sled actorThe comment indicates an intention to replace the in-memory data store with the Sled actor for persistence:
// TODO: switch to Sled actorImplementing this will enhance data persistence and reliability.
Would you like assistance in implementing the Sled actor integration or opening a GitHub issue to track this task?
packages/ciphernode/keyshare/src/keyshare.rs (1)
143-152: Enhance Error Logging with Additional ContextWhen an error occurs during decryption, the error message logs
error decrypting ciphertext. Including thee3_idor additional context in the error message can aid in debugging and quickly identifying the affected transaction.packages/ciphernode/sortition/src/sortition.rs (1)
Line range hint
27-46: Handle potential parsing errors when converting node addressesIn the
SortitionModule::containsmethod, the code usesunwrap()when parsing node addresses:.map(|b| b.parse().unwrap())Using
unwrap()may cause the program to panic if parsing fails. It's safer to handle this error explicitly to prevent potential runtime crashes.Consider handling the parsing error as follows:
.map(|b| b.parse()) .collect::<Result<Vec<Address>, _>>()?;This way, any parsing errors will be propagated as
Resulterrors, allowing for graceful error handling.packages/ciphernode/data/src/data_store.rs (4)
202-204: Avoid usingstras a parameter name to prevent shadowingThe parameter
strin theensure_root_idmethod shadows Rust's primitivestrtype. This can lead to confusion and potential errors. It is advisable to rename the parameter.Apply this diff to rename the parameter:
- pub fn ensure_root_id(str: &str) -> Result<()> { - if !str.starts_with("/") { + pub fn ensure_root_id(input: &str) -> Result<()> { + if !input.starts_with("/") {
204-204: Correct grammatical error in error messageThe error message in
ensure_root_idhas a grammatical mistake.Apply this diff to fix the error message:
- return Err(anyhow!("string doesnt start with slash.")); + return Err(anyhow!("String doesn't start with a slash."));
155-158: AddSendbound to typeTin asyncreadmethodThe
readmethod is async and may be sent across threads. To ensure thread safety, the typeTshould implement theSendtrait.Apply this diff to add the
Sendbound:pub async fn read<K, T>(&self, key: K) -> Result<Option<T>> where K: IntoKey, - T: for<'de> Deserialize<'de>, + T: for<'de> Deserialize<'de> + Send, {
171-173: Avoid cloning messages unnecessarilyIn the
setmethod, the messagemsgis cloned when applying the prefix. This clone may be unnecessary and can be avoided to improve performance.Apply this diff to avoid cloning:
- let msg = self.prefix.as_ref().map_or(msg.clone(), |p| msg.prefix(p)); + let msg = self.prefix.as_ref().map_or(msg, |p| msg.prefix(p));packages/ciphernode/aggregator/src/publickey_aggregator.rs (1)
29-37: Consider renaming theinitmethod for idiomatic clarityThe
initmethod initializesPublicKeyAggregatorStateto theCollectingvariant. For better clarity and adherence to Rust conventions, consider renaming the method to reflect the variant it creates, such ascollecting, or providing associated functions for each variant.You might apply the following change:
impl PublicKeyAggregatorState { - pub fn init(threshold_m: usize, seed: Seed) -> Self { + pub fn collecting(threshold_m: usize, seed: Seed) -> Self { PublicKeyAggregatorState::Collecting { threshold_m, keyshares: OrderedSet::new(), seed, } } }packages/ciphernode/router/src/hooks.rs (2)
93-96: Ensurefheinstance is available before proceedingGood job checking if the
fheinstance is available. However, consider providing more context in the error message to help with debugging.You might include additional information in the error message, such as the
e3_idor other relevant data.
171-179: Correct inconsistent indentation and formattingThere is inconsistent indentation and unnecessary blank lines which may affect code readability.
Ensure consistent use of indentation and remove unnecessary blank lines.
-let Some(fhe) = ctx.get_fhe() else { - self.bus.err(EnclaveErrorType::PlaintextAggregation, anyhow!("Could not create PlaintextAggregator because the fhe instance it depends on was not set on the context.")); - - return; -}; +let Some(fhe) = ctx.get_fhe() else { + self.bus.err(EnclaveErrorType::PlaintextAggregation, anyhow!("Could not create PlaintextAggregator because the FHE instance it depends on was not set on the context.")); + return; +};packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (1)
39-39: Reminder: Address the TODO commentThe TODO comment suggests replacing
InMemDataStorewith a sled-backed Data Actor for data persistence. Consider implementing this change to move from in-memory to persistent storage.Do you want me to help implement the sled-backed Data Actor or open a GitHub issue to track this task?
packages/ciphernode/router/src/e3_request_router.rs (2)
113-142: Correct the method documentation to match the parametersThe documentation comments for
set_keyshare,set_plaintext,set_publickey,set_fhe, andset_metamention accepting a DataStore ID and an address or object, but the methods actually only accept a single parameter. Please update the documentation to accurately reflect the method parameters.
232-232: Address the TODO: Implement typestate pattern for feature dependenciesThere is a TODO comment indicating the need to set up a typestate pattern to enforce the correct order of feature dependencies. This would improve the modularity and robustness of the code by ensuring features are initialized in the correct sequence.
Would you like assistance in implementing this pattern or opening a GitHub issue to track this task?
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⛔ Files ignored due to path filters (1)
packages/ciphernode/Cargo.lockis excluded by!**/*.lock
📒 Files selected for processing (20)
- packages/ciphernode/aggregator/Cargo.toml (1 hunks)
- packages/ciphernode/aggregator/src/plaintext_aggregator.rs (6 hunks)
- packages/ciphernode/aggregator/src/publickey_aggregator.rs (7 hunks)
- packages/ciphernode/data/Cargo.toml (1 hunks)
- packages/ciphernode/data/src/data_store.rs (1 hunks)
- packages/ciphernode/data/src/in_mem.rs (4 hunks)
- packages/ciphernode/data/src/lib.rs (1 hunks)
- packages/ciphernode/enclave_node/src/aggregator.rs (4 hunks)
- packages/ciphernode/enclave_node/src/ciphernode.rs (5 hunks)
- packages/ciphernode/fhe/Cargo.toml (1 hunks)
- packages/ciphernode/fhe/src/fhe.rs (4 hunks)
- packages/ciphernode/keyshare/Cargo.toml (1 hunks)
- packages/ciphernode/keyshare/src/keyshare.rs (2 hunks)
- packages/ciphernode/router/Cargo.toml (1 hunks)
- packages/ciphernode/router/src/committee_meta.rs (1 hunks)
- packages/ciphernode/router/src/e3_request_router.rs (5 hunks)
- packages/ciphernode/router/src/hooks.rs (1 hunks)
- packages/ciphernode/sortition/Cargo.toml (1 hunks)
- packages/ciphernode/sortition/src/sortition.rs (4 hunks)
- packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (4 hunks)
🧰 Additional context used
🔇 Additional comments (49)
packages/ciphernode/keyshare/Cargo.toml (1)
12-13: LGTM! The new dependencies align well with the PR objectives.The addition of
serdeandasync-traitdependencies is appropriate for implementing hydration and supporting asynchronous operations in the actor model. These changes are consistent with the PR objectives and the requirements outlined in issue #123.
serdewill facilitate serialization and deserialization, which is crucial for data persistence.async-traitwill enable the use of async methods in traits, supporting the asynchronous nature of the actor model.Both dependencies are configured to use the workspace version, maintaining consistency across the project.
packages/ciphernode/data/Cargo.toml (1)
10-13: Excellent additions to support hydration and data persistence!The new dependencies (anyhow, serde, bincode, and async-trait) are well-chosen to support the PR's objective of implementing hydration for data persistence:
anyhowwill improve error handling, crucial for robust data operations.serdeenables serialization and deserialization, essential for data persistence.bincodeprovides efficient binary encoding, useful for compact data storage.async-traitallows for asynchronous trait methods, supporting non-blocking operations in the actor model.Using the workspace configuration for these dependencies ensures consistency across the project.
packages/ciphernode/aggregator/Cargo.toml (1)
9-15: LGTM! New dependencies align with PR objectives.The addition of
serde,async-trait, anddatadependencies is appropriate for implementing hydration and data persistence as outlined in the PR objectives. These changes will enhance the aggregator's capabilities for serialization, asynchronous operations, and data management.To ensure consistency in workspace usage, let's verify all dependencies:
packages/ciphernode/fhe/Cargo.toml (4)
8-8: LGTM: Addition ofasync-traitdependency.The addition of
async-traitas a workspace dependency is appropriate. It will enable the use of async functions in traits, which aligns with the PR objectives of implementing hydration and improving the actor model.
10-10: LGTM: Addition of localdatadependency.The addition of the local
datapackage as a dependency is appropriate. This aligns well with the PR objectives of implementing hydration and data persistence. Using a local path ensures that the package is part of the same repository, promoting modularity and easier maintenance.
11-11: LGTM: Reordering ofenclave-coreandfhe_rsdependencies.The reordering of the
enclave-coreandfhe_rsdependencies improves the organization and readability of the Cargo.toml file. This change doesn't affect functionality and is a good practice for maintaining clean dependency lists.Also applies to: 14-14
8-14: Summary: Dependencies updated to support hydration and data persistence.The changes to the dependencies in this Cargo.toml file align well with the PR objectives of implementing hydration and improving data persistence. The additions of
async-trait,bincode, and the localdatapackage provide the necessary tools for these improvements. The reordering of dependencies enhances readability.Note: There's an inconsistency in the AI-generated summary regarding the
bincodedependency. The summary stated it was removed, but it has actually been added.Overall, these changes support the goals of the PR and should contribute to the implementation of the desired features.
packages/ciphernode/router/Cargo.toml (1)
15-17: LGTM: New dependencies align with PR objectives.The addition of
serde,bincode, andasync-traitas dependencies is appropriate and aligns well with the PR objectives:
serde: Enables serialization and deserialization of Rust data structures, which is crucial for implementing hydration and data persistence.bincode: Complementsserdeby providing an efficient binary serialization format, further supporting the hydration process.async-trait: Allows for async functions in traits, which is beneficial for asynchronous operations in the actor-based system using Actix.These dependencies provide the necessary tools for effective state management and data handling, supporting the implementation of hydration for various components as outlined in the PR objectives.
packages/ciphernode/sortition/Cargo.toml (2)
13-20: Good job on improving dependency organization!The alphabetical reordering of dependencies and the explicit feature specification for 'alloy' enhance the readability and maintainability of the Cargo.toml file.
13-20: LGTM! New dependencies added appropriately.The addition of
anyhow,async-trait,data, andserdedependencies is well-structured and consistent with the project's workspace setup. This suggests improvements in error handling, asynchronous operations, data management, and serialization capabilities.To ensure these new dependencies are being utilized effectively, please run the following script:
✅ Verification successful
Dependencies Verified Successfully
All newly added dependencies (
anyhow,async-trait,data, andserde) are appropriately utilized within thesortitionpackage:
anyhowis used insortition.rsanddistance.rs.async_traitis applied insortition.rs.datais employed insortition.rs.serdeis utilized for serialization and deserialization insortition.rs.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the usage of newly added dependencies in the sortition package # Test: Search for the usage of new dependencies echo "Searching for 'anyhow' usage:" rg --type rust 'use anyhow' packages/ciphernode/sortition/src echo "Searching for 'async_trait' usage:" rg --type rust '#\[async_trait\]' packages/ciphernode/sortition/src echo "Searching for 'data' crate usage:" rg --type rust 'use data::' packages/ciphernode/sortition/src echo "Searching for 'serde' usage:" rg --type rust 'use serde' packages/ciphernode/sortition/srcLength of output: 897
Script:
#!/bin/bash # Description: Further verify the usage of 'serde' in the sortition package # Test: Search for 'serde' in macros and other contexts echo "Searching for 'serde' derive macros:" rg --type rust '#\s*derive\s*\(\s*Serialize\s*,\s*Deserialize\s*\)' packages/ciphernode/sortition/src echo "Searching for 'serde' attribute usages:" rg --type rust 'serde::' packages/ciphernode/sortition/src echo "Searching for 'serde' in Cargo.toml dependencies comments or configurations:" rg --type toml 'serde' packages/ciphernode/sortition/Cargo.tomlLength of output: 710
packages/ciphernode/data/src/in_mem.rs (2)
15-15: Verify all references toDataare updated toInMemDataStoreSince
Datahas been renamed toInMemDataStore, it's important to ensure that all references toDataelsewhere in the codebase have been updated to prevent compile-time errors.Run the following script to find any remaining references to
Data:✅ Verification successful
All references to
Datahave been successfully updated toInMemDataStore. The only remaining occurrence is within a comment, which does not affect the codebase.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Find references to the old `Data` struct. # Test: Search for `Data` in Rust files. Expect: No occurrences related to the old struct. rg --type rust -w 'Data'Length of output: 188
15-18:⚠️ Potential issueUpdate the outdated comment to reflect
BTreeMapusageThe comment in the
handlemethod mentions inserting data intosled, but the code now usesBTreeMap. This may cause confusion for future maintainers.Apply this diff to correct the comment:
fn handle(&mut self, event: Insert, _: &mut Self::Context) { - // insert data into sled + // insert data into the BTreeMap self.db.insert(event.key(), event.value());Likely invalid or redundant comment.
packages/ciphernode/enclave_node/src/ciphernode.rs (4)
Line range hint
24-35: Verify the impact of changingdatafromAddr<Data>toDataStoreChanging the type of
datafromAddr<Data>toDataStorein theMainCiphernodestruct and its constructor may affect how data is shared and accessed across actors. Ensure that:
- The
DataStoreprovides the necessary concurrency and sharing capabilities required by the actors.- All interactions that previously relied on
Addr<Data>are updated accordingly to work withDataStore.- There are no unintended side effects on data accessibility or message passing between actors.
61-61: Ensure correct initialization ofDataStoreThe data store is initialized with:
let data = DataStore::from_in_mem(InMemDataStore::new(true).start());Verify that:
- The
start()method returns the expected type compatible withDataStore::from_in_mem().- The in-memory data store initialization aligns with the rest of the application's data management strategy.
- Any asynchronous operations are correctly handled and awaited where necessary.
62-62: Confirm the updatedSortition::attachmethod signatureThe
attachmethod forSortitionnow includesdata.clone()as an argument:let sortition = Sortition::attach(bus.clone(), data.clone());Ensure that:
- The
Sortitionactor'sattachmethod is updated to accept theDataStoreparameter.- All other calls to
Sortition::attachare updated to match the new signature.- The
datais utilized appropriately within theSortitionactor without introducing any side effects.
82-86: Verify transition fromadd_hooktoadd_featureThe builder pattern now uses
add_featureinstead ofadd_hook:.add_feature(FheFeature::create(rng)) .add_feature(KeyshareFeature::create(bus.clone(), &address.to_string()))Ensure that:
- The
E3RequestRouteris correctly updated to use features instead of hooks.- All features conform to the expected interfaces and integrate seamlessly.
- The change does not break existing functionality dependent on the previous hook system.
packages/ciphernode/enclave_node/src/aggregator.rs (4)
3-3: Added imports for data storage functionalityThe addition of
DataStoreandInMemDataStoreimports is appropriate for implementing data persistence.
12-12: Imported features for the router's feature-based architectureThe import of
FheFeature,PlaintextAggregatorFeature, andPublicKeyAggregatorFeaturealigns with the shift from a hook-based to a feature-based architecture in the router.
55-56: Initialized in-memory data store and attached to SortitionThe
DataStoreis correctly initialized with an in-memory store and started. Cloning thestorewhen passing it toSortition::attachis appropriate to ensure that both components have access.
86-97: UpdatedE3RequestRouterto utilize data store and featuresThe
E3RequestRouterbuilder now accepts thestore, and features are added using theadd_featuremethod. The featuresFheFeature,PublicKeyAggregatorFeature, andPlaintextAggregatorFeatureare properly created with the necessary cloned resources. The asynchronous build and await pattern is correctly implemented.packages/ciphernode/keyshare/src/keyshare.rs (1)
69-76: Ensure Secure Management of Secret During DeserializationWhen reconstructing the
Keysharefrom a snapshot infrom_snapshot, thesecretis assigned directly from the deserialized state. Validate that the deserialization process securely handles thesecretto prevent potential security risks such as unauthorized access or tampering.packages/ciphernode/sortition/src/sortition.rs (9)
5-6: Necessary imports for new traits and functionalityThe added imports are appropriate and required for implementing
async_traitand the traitsSnapshot,FromSnapshotWithParams, andCheckpoint.
27-30: Definition ofSortitionModulewith serialization capabilitiesThe
SortitionModulestruct is correctly defined withClone,Serialize, andDeserializederived traits, enabling cloning and serialization which are essential for state management and persistence.
87-87: Addition ofstore: DataStorefield toSortitionstructIncluding the
storefield allowsSortitionto interact with theDataStorefor state persistence. This aligns with the goal of enhancing data persistence capabilities.
90-93: Introduction ofSortitionParamsstruct for cleaner initializationThe
SortitionParamsstruct encapsulates initialization parameters, promoting cleaner code and easier extensibility for future parameters.
96-100: Refactorednewmethod to acceptSortitionParamsUpdating the
newmethod to acceptSortitionParamsenhances constructor clarity and parameter management. The initialization ofbusandstorefromparamsis correctly implemented.
104-109: Updatedattachmethod to includeDataStoreThe
attachmethod now accepts aDataStore, which is essential for state persistence. Ensure that all calls toattachacross the codebase are updated to pass theDataStoreinstance.
123-128: ImplementedSnapshottrait forSortitionThe implementation of the
Snapshottrait correctly returns a clone of thelist, allowing the current state to be captured for persistence.
130-140: ImplementedFromSnapshotWithParamstrait forSortitionThe
from_snapshotmethod appropriately reconstructs aSortitioninstance from a snapshot and parameters. This facilitates restoring state, which is crucial for hydration.
142-146: ImplementedCheckpointtrait forSortitionThe
get_storemethod provides access to theDataStore, enabling checkpointing functionality. Verify that cloning theDataStoredoes not introduce unnecessary overhead or performance issues.packages/ciphernode/aggregator/src/plaintext_aggregator.rs (6)
14-14: ImplementedSerializeandDeserializefor state enumDeriving
serde::Serializeandserde::DeserializeforPlaintextAggregatorStateenables serialization of the aggregator's state, which is essential for snapshotting and state restoration.
32-41: Addedinitmethod toPlaintextAggregatorStateThe
initmethod provides a clear and concise way to initialize theCollectingstate with the necessary parameters.
53-53: Introducedstorefield toPlaintextAggregatorAdding
store: DataStoreallows the aggregator to persist its state, aligning with the implementation of theCheckpointtrait.
60-68: CreatedPlaintextAggregatorParamsstructEncapsulating constructor parameters into
PlaintextAggregatorParamsenhances code readability and makes parameter management more efficient.
70-78: Refactorednewmethod to accept params structUpdating the constructor to accept
PlaintextAggregatorParamsandPlaintextAggregatorStatesimplifies the instantiation process and improves maintainability.
221-242: Implemented snapshot and restoration traitsThe implementations of
Snapshot,FromSnapshotWithParams, andCheckpointenable state saving and restoration, which are crucial for the hydration process described in the PR objectives.packages/ciphernode/aggregator/src/publickey_aggregator.rs (6)
3-4: Adding necessary imports for trait implementationsThe added imports
async_trait::async_traitand traits fromdatamodule are required for implementingSnapshot,FromSnapshotWithParams, andCheckpointtraits, enabling state serialization and deserialization.
13-13: DerivingSerializeandDeserializeforPublicKeyAggregatorStateBy deriving
serde::Serializeandserde::Deserialize, thePublicKeyAggregatorStateenum can be serialized and deserialized, facilitating state persistence and recovery.
56-56: AddingDataStoreto support checkpointingThe addition of the
store: DataStorefield toPublicKeyAggregatorenables state persistence through checkpointing, enhancing data reliability and recovery mechanisms.
63-70: IntroducingPublicKeyAggregatorParamsfor cleaner initializationThe new
PublicKeyAggregatorParamsstruct encapsulates initialization parameters, promoting cleaner code and better separation of concerns by grouping related configuration data.
79-87: Refactoringnewmethod to utilizeParamsandStateThe
newmethod now acceptsPublicKeyAggregatorParamsandPublicKeyAggregatorState, streamlining the initialization process and improving code maintainability by reducing parameter clutter.
245-267: Implementing state persistence traits forPublicKeyAggregatorThe implementations of
Snapshot,FromSnapshotWithParams, andCheckpointenable thePublicKeyAggregatorto persist and restore its state, facilitating data hydration and enhancing fault tolerance.packages/ciphernode/router/src/hooks.rs (2)
117-150: Handle missing dependencies inhydratemethodIn the
hydratemethod, if dependencies likefheormetaare missing, the method silently returnsOk(()). This could lead to issues if the caller expects the context to be fully hydrated.Consider logging a warning or error when essential dependencies are missing during hydration.
-let Some(fhe) = ctx.fhe.clone() else { - return Ok(()); +if let Some(fhe) = ctx.fhe.clone() { + // proceed with hydration +} else { + self.bus.err(EnclaveErrorType::Hydration, anyhow!("Missing FHE instance during hydration")); + return Ok(()); }
247-249: Ensure proper error handling in async methodsIn the
hydratemethods, ensure that all asynchronous operations are properly awaited and potential errors are handled.Run the following script to check for unhandled
awaiterrors:✅ Verification successful
All asynchronous operations are properly awaited with error handling.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Find instances where `await` may not be properly handling errors. # Test: Search for `await` without accompanying error handling. rg --type rust 'await\?\s*;' -A 2Length of output: 9877
packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (5)
1-1: LGTM!The import statement appears correct and necessary for the updated data storage mechanism.
11-12: LGTM!The added imports from the
routermodule are appropriate for integrating the new features.
46-58: LGTM: Feature additions to E3RequestRouter are properly structuredThe
E3RequestRouteris correctly configured using the builder pattern with the necessary features. This enhances modularity and maintainability.
85-87: Calls tosetup_local_ciphernodecorrectly handle the new return typeThe calls to
setup_local_ciphernodehave been updated to handle theResult<()>return type usingawait?, ensuring errors are properly propagated.
32-37: Verify function calls to reflect the updated return typeThe
setup_local_ciphernodefunction signature now returnsResult<()>. Please ensure that all calls to this function have been updated to handle theResult, usingawait?or appropriate error handling.Run the following script to verify the function usage:
✅ Verification successful
Further Verification Needed
The current script is capturing function definitions. Please run the following script to exclude function declarations and accurately identify calls to
setup_local_ciphernodethat do not handle theResultproperly:
Further Verification Required
To ensure all calls to
setup_local_ciphernodeproperly handle theResult, please run the following script which accounts for various formatting scenarios of.await?:
All calls to
setup_local_ciphernodeproperly handle theResult🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify that all calls to `setup_local_ciphernode` handle the `Result` properly. # Test: Search for calls to `setup_local_ciphernode` not followed by `.await?`, indicating missing error handling. rg --type rust 'setup_local_ciphernode\(' -A1 | rg -v '\.await\?'Length of output: 330
Script:
#!/bin/bash # Description: Verify that all calls to `setup_local_ciphernode` handle the `Result` properly. # Exclude function declarations and search for calls without `.await?` rg --type rust 'setup_local_ciphernode\(' \ | rg -v 'fn setup_local_ciphernode' \ | rg -v '\.await\?'Length of output: 99
Script:
#!/bin/bash # Description: Comprehensive verification of `setup_local_ciphernode` calls handling `Result`. # Search for calls to `setup_local_ciphernode` excluding its definition # Then, check if `.await?` follows, accounting for different formatting rg --type rust 'setup_local_ciphernode\(' \ | rg -v 'fn setup_local_ciphernode' \ | grep -P '(?!\.await\?).*setup_local_ciphernode\('Length of output: 578
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Actionable comments posted: 0
🧹 Outside diff range and nitpick comments (5)
packages/ciphernode/sortition/src/sortition.rs (3)
86-108: LGTM:Sortitionstruct updated for hydration support.The changes to the
Sortitionstruct and its initialization are well-implemented:
- Addition of
list: SortitionModuleandstore: DataStorefields supports hydration.- The new
SortitionParamsstruct allows for flexible initialization.- The
new()andattach()methods are correctly updated to useSortitionParams.These changes align well with the PR objectives for implementing hydration and data persistence.
Consider adding documentation comments for the
SortitionParamsstruct to explain its purpose and usage.
130-140: LGTM: Correct implementation ofFromSnapshotWithParamstrait.The
FromSnapshotWithParamstrait implementation forSortitionis well-done:
- It correctly uses the provided snapshot and
SortitionParamsfor reconstruction.- The async implementation allows for potential future extensions with async operations.
- This implementation supports the hydration feature as required by the PR objectives.
Consider adding error handling for potential failure scenarios during reconstruction, such as invalid snapshot data.
193-195: Remove extra empty lines at the end of the file.There are three unnecessary empty lines at the end of the file. It's a best practice to have only one newline at the end of a file.
Remove the extra empty lines at the end of the file, leaving only one newline.
packages/ciphernode/data/src/data_store.rs (2)
65-66: Update documentation forsnapshotmethodThe documentation for the
snapshotmethod mentions returning a tuple, but the method actually returnsSelf::Snapshot. Please update the comment to accurately reflect the method's behavior.Suggested correction:
- /// Return a tuple with the first element being the id string of the object and the second - /// being a representation of the object's state that is easily serialized by the data store + /// Returns a snapshot representing the object's state that is easily serialized by the data store
220-220: Fix typo in error messageThe error message in the
ensure_root_idmethod has a typo: "string doesnt start with slash." Please correct "doesnt" to "doesn't".Apply this diff to fix the typo:
- return Err(anyhow!("string doesnt start with slash.")); + return Err(anyhow!("string doesn't start with slash."));
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📒 Files selected for processing (2)
- packages/ciphernode/data/src/data_store.rs (1 hunks)
- packages/ciphernode/sortition/src/sortition.rs (5 hunks)
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🔇 Additional comments (7)
packages/ciphernode/sortition/src/sortition.rs (6)
5-6: LGTM: New imports added for enhanced functionality.The new imports for
async_traitanddatamodule components are correctly added to support the new features implemented in this file.
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27-40: LGTM: Well-designedSortitionModulestruct.The new
SortitionModulestruct is well-designed:
- It encapsulates the node list using a
HashSet<String>.- Correctly implements
Clone,Serialize, andDeserializefor data persistence.- Includes appropriate
new()anddefault()implementations.This addition enhances the modularity and maintainability of the code.
123-128: LGTM: Correct implementation ofSnapshottrait.The
Snapshottrait implementation forSortitionis correct and efficient:
- It returns a clone of
self.listas the snapshot.- This approach ensures that the snapshot is independent of the original data.
- The implementation supports the hydration feature as required by the PR objectives.
142-146: LGTM: Correct implementation ofCheckpointtrait.The
Checkpointtrait implementation forSortitionis correct:
- It returns a clone of
self.storeas required.- This approach ensures that the returned
DataStoreis independent of the original.- The implementation supports the data persistence feature as required by the PR objectives.
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148-192: LGTM: Existing handler implementations remain correct.The existing handler implementations for
EnclaveEvent,CiphernodeAdded,CiphernodeRemoved,GetHasNode, andGetNodesremain unchanged. This is correct as they don't directly interact with the new hydration features. The handlers continue to provide the necessary functionality for managing the sortition list.
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1-195: Overall: Well-implemented hydration and data persistence features.The changes in this file successfully implement hydration and data persistence for the
Sortitionmodule, aligning well with the PR objectives. Key improvements include:
- Addition of
SortitionModulefor better encapsulation of the node list.- Updates to the
Sortitionstruct to includeDataStoreand useSortitionParamsfor initialization.- Implementation of
Snapshot,FromSnapshotWithParams, andCheckpointtraits to support hydration and data persistence.The code follows Rust best practices and maintains the existing functionality while adding new features. Minor suggestions for improvement include adding documentation for
SortitionParams, considering error handling inFromSnapshotWithParams, and removing extra empty lines at the end of the file.Great job on implementing these new features!
packages/ciphernode/data/src/data_store.rs (1)
1-250: Overall, the code changes look goodThe implementation provides flexible key management and supports serialization and snapshot capabilities effectively.
Co-authored-by: coderabbitai[bot] <136622811+coderabbitai[bot]@users.noreply.github.com>
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Actionable comments posted: 5
🧹 Outside diff range and nitpick comments (4)
packages/ciphernode/sortition/src/sortition.rs (4)
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27-31: LGTM:SortitionModuleenhances modularity.The new
SortitionModulestruct effectively encapsulates node storage and supports serialization, which is crucial for the snapshot functionality. This change improves modularity and separation of concerns.Consider adding a brief documentation comment explaining the purpose of this struct.
90-93: LGTM:SortitionParamsimproves constructor interface.The new
SortitionParamsstruct effectively encapsulates the dependencies required for creating aSortitioninstance. This change improves the constructor's interface and makes it more flexible for future extensions.Consider adding a brief documentation comment explaining the purpose of this struct and its fields.
130-140: LGTM:FromSnapshotWithParamstrait implementation added.The new
FromSnapshotWithParamstrait implementation forSortitionis well-structured and correctly usesSortitionParamsto provide the necessary dependencies. This implementation enables the reconstruction of aSortitioninstance from a snapshot, supporting the hydration functionality.Consider adding error handling for potential issues during reconstruction, such as invalid snapshot data.
142-146: LGTM:Checkpointtrait implementation added.The new
Checkpointtrait implementation forSortitioncorrectly provides access to theDataStoreinstance, supporting the hydration functionality. This allows other components to interact with the persistent storage associated with theSortitioninstance.Consider adding a brief documentation comment explaining the purpose of this trait implementation.
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- packages/ciphernode/aggregator/src/lib.rs (1 hunks)
- packages/ciphernode/data/src/data_store.rs (1 hunks)
- packages/ciphernode/router/src/committee_meta.rs (1 hunks)
- packages/ciphernode/sortition/src/sortition.rs (4 hunks)
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📓 Learnings (1)
packages/ciphernode/router/src/committee_meta.rs (1)
Learnt from: ryardley PR: gnosisguild/enclave#145 File: packages/ciphernode/router/src/committee_meta.rs:43-43 Timestamp: 2024-10-16T09:51:10.038Z Learning: In `packages/ciphernode/router/src/committee_meta.rs`, avoid suggesting making the `on_event` method in `CommitteMetaFeature` asynchronous or adding error handling for the `write` operation to the data store.
🔇 Additional comments (12)
packages/ciphernode/aggregator/src/lib.rs (1)
3-8: Excellent improvement to module exports!The change from wildcard exports to explicit re-exports is a positive modification that aligns with Rust best practices. This approach offers several benefits:
- Improved clarity: It's now immediately clear which items are available for external use.
- Better control over the public API: You can easily manage which items are exposed.
- Enhanced maintainability: Changes to the public interface are more visible in version control.
This modification will make the codebase more maintainable and easier to understand for other developers working on the project.
packages/ciphernode/sortition/src/sortition.rs (5)
5-6: LGTM: New imports support hydration implementation.The added imports from
async_traitanddatamodules are appropriate for implementing the hydration functionality, aligning with the PR objectives for data persistence.
86-88: LGTM:Sortitionstruct updated for data persistence.The addition of the
store: DataStorefield to theSortitionstruct is in line with the PR objectives for implementing hydration. This change enables theSortitioninstance to manage its own data persistence.
96-102: LGTM: Constructor and attach method updated correctly.The changes to
Sortition::newandSortition::attachmethods are consistent with the newSortitionstruct andSortitionParams. Theattachmethod now correctly initializes theSortitioninstance with bothEventBusandDataStore, aligning with the PR objectives for hydration implementation.Also applies to: 104-109
123-128: LGTM:Snapshottrait implementation added.The new
Snapshottrait implementation forSortitionis a crucial addition for supporting hydration functionality. It correctly uses theSortitionModuleas the snapshot representation, enabling efficient state serialization.
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1-193: Overall: Excellent implementation of hydration for Sortition module.The changes in this file effectively implement hydration and data persistence for the Sortition module, aligning well with the PR objectives. Key improvements include:
- Introduction of
SortitionModulefor better encapsulation of node storage.- Addition of
DataStoreto theSortitionstruct for managing persistence.- Implementation of
Snapshot,FromSnapshotWithParams, andCheckpointtraits to support state serialization and reconstruction.- Updated constructor and attach methods to accommodate the new persistence-related components.
These changes enhance the module's ability to manage and persist its state, improving overall system reliability and data management capabilities.
packages/ciphernode/data/src/data_store.rs (2)
7-45: LGTM:IntoKeytrait and implementationsThe
IntoKeytrait and its implementations for various types (Vec<String>,Vec<&str>,String,&String, and&str) are well-defined and cover common use cases for keys in a key-value store. The use ofjoin("/")for vector types is a good choice for representing hierarchical keys.
1-248: Overall: Well-designed key-value store implementation with room for minor improvementsThe
data_store.rsfile implements a comprehensive and flexible key-value store with good abstractions and trait definitions. The code is well-structured and follows Rust best practices. Here's a summary of the strengths and areas for improvement:Strengths:
- Flexible key types with the
IntoKeytrait.- Good use of traits for defining behavior (
WithPrefix,Snapshot,Checkpoint).- Async traits for potential I/O operations (
FromSnapshotWithParams,FromSnapshot).- Clear separation of concerns between different components.
Areas for improvement:
- Error handling: Some methods could benefit from better error propagation and handling.
- Performance optimizations: Unnecessary cloning and inefficient string concatenations could be optimized.
- UTF-8 handling: Improve the handling of non-UTF-8 data in the
WithPrefiximplementation forVec<u8>.Consider addressing these minor issues to further improve the overall quality and robustness of the implementation.
packages/ciphernode/router/src/committee_meta.rs (4)
7-7: Serialization Traits Added toCommitteeMetaThe implementation correctly derives
serde::Serializeandserde::DeserializeforCommitteeMeta, enabling serialization which is essential for data persistence.
14-20: Implementation ofCommitteeMetaFeatureis CorrectThe
CommitteeMetaFeaturestruct and itscreatemethod are properly defined, facilitating the integration of the feature within the system.
23-45: Event Handling inon_eventMethod is AppropriateThe
on_eventmethod correctly handles theEnclaveEvent::E3Requestedevent. It extracts the necessary data and stores theCommitteeMetainformation as expected.
47-64: Hydration Logic inhydrateMethod is SoundThe asynchronous
hydratemethod appropriately restores theCommitteeMetafrom the snapshot if available, ensuring the state is maintained correctly across sessions.
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Actionable comments posted: 59
🧹 Outside diff range and nitpick comments (40)
packages/ciphernode/data/src/lib.rs (1)
8-13: Consider reviewing the granularity of public exportsThe public exports make the new functionality readily available, which is good for usability. However, consider reviewing whether all items from each module need to be public. You might want to be more selective about what's exposed in the public API to maintain better encapsulation and control over future changes.
For example, instead of
pub use data_store::*;, you could export specific items:pub use data_store::{DataStore, DataStoreError};This approach can provide better control over the public API and make it clearer what's intended for external use.
packages/ciphernode/data/src/in_mem.rs (3)
15-20: LGTM:InMemStorestruct aligns with PR objectives.The
InMemStorestruct effectively implements an in-memory data store with logging capabilities. The use ofBTreeMapfor key-value storage is appropriate.Consider adding documentation comments to explain the purpose of each field, especially
capture, to improve code readability.
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35-45: LGTM with a minor comment:Handler<Insert>implementation is correct.The implementation correctly handles data insertion and logging. However, there's an inconsistent comment:
The comment "insert data into sled" seems out of place for an in-memory implementation. Consider updating or removing this comment to avoid confusion.
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55-60: LGTM with optimization suggestion:Handler<GetLog>implementation is correct.The
GetLoghandler correctly returns a clone of the entire operation log, which aligns with the PR objectives for implementing logging functionality.Consider adding an option to retrieve a subset of the log or implementing pagination for large logs to optimize performance and memory usage in production scenarios.
packages/ciphernode/enclave/src/main.rs (2)
29-30: LGTM: New optionaldata_locationargument added.The addition of the
data_locationfield to theArgsstruct aligns with the PR objectives for implementing hydration and data persistence. The field is correctly marked as optional, providing flexibility in usage.Consider adding a brief comment explaining the purpose of the
data_locationfield for better code documentation.
45-47: LGTM: Improved shutdown signal handling implemented.The new implementation spawns a separate task for handling shutdown signals, which is a good practice for non-blocking operations. Using
std::future::pending()keeps the main thread alive indefinitely, which is appropriate for a long-running service.Consider adding a brief log message before
std::future::pending()to indicate that the service is ready and waiting for shutdown signals. This could help with debugging and monitoring.Example:
info!("Ciphernode service started and ready. Waiting for shutdown signal."); std::future::pending::<()>().await;packages/ciphernode/enclave_node/src/ciphernode.rs (1)
64-70: LGTM: Flexible data store initialization implemented.The implementation allows for both disk-based (Sled) and in-memory storage, aligning well with the PR objectives. The use of
repositoriesalso supports the goal of establishing domain-specific repositories.Consider adding error handling for
InMemStore::new()to be consistent withSledStore::new():None => (&InMemStore::new(true).start()).into(),Could be changed to:
None => (&InMemStore::new(true).map_err(|e| anyhow::anyhow!("Failed to create InMemStore: {}", e))?.start()).into(),This ensures consistent error handling across both storage types.
packages/ciphernode/enclave_node/src/aggregator.rs (3)
35-35: LGTM: Simplifiedbusfield inMainAggregator.Removing the
Optionwrapper from thebusfield improves type safety and simplifies the API, which aligns with the PR objectives. This change implies thatbusis now always expected to be present.Consider adding a comment explaining why
busis now always present, to provide context for future developers.Also applies to: 42-42
52-53: LGTM: Updatedattachmethod signature supports hydration and improves API.The addition of the
data_locationparameter and the change in return type align well with the PR objectives. These changes support the implementation of hydration and improve the API by returning theEventBusaddress directly.Consider adding a brief comment explaining the significance of the
data_locationparameter and why the return type was changed toAddr<EventBus>.
59-62: LGTM: DataStore initialization implements hydration feature.The new code block effectively implements the hydration feature by creating either a
SledStoreorInMemStorebased on thedata_location. Therepositoriesinitialization suggests a new abstraction layer for data access, which aligns with the PR objectives of simplifying the API and enhancing type safety.Consider adding error handling for the
SledStore::newcall to provide more context in case of failure.Also applies to: 64-64
packages/ciphernode/keyshare/src/keyshare.rs (2)
26-31: Well-structured parameter encapsulationThe introduction of
KeyshareParamsimproves code organization and follows the builder pattern, which is a good practice. This makes it easier to extend theKeyshareinitialization process in the future.Consider adding a builder method for
KeyshareParamsto further improve its usage:impl KeyshareParams { pub fn new() -> Self { Self { bus: Default::default(), store: Default::default(), fhe: Default::default(), address: Default::default(), } } pub fn with_bus(mut self, bus: Addr<EventBus>) -> Self { self.bus = bus; self } // Add similar methods for other fields }This would allow for a more flexible and readable instantiation of
KeyshareParams.
132-160: Improved error handling with minor security considerationThe changes to the
CiphertextOutputPublishedhandler demonstrate several improvements:
- Checking for the presence of
self.secretprevents potential runtime errors.- Enhanced error handling provides better context for debugging.
- The overall flow of the handler is more robust and clear.
These changes significantly improve the reliability and maintainability of the code.
However, there's a minor security consideration:
- Using
secret.to_vec()creates an unnecessary copy of sensitive data in memory.Consider the following improvement:
let Ok(decryption_share) = self.fhe.decrypt_ciphertext(DecryptCiphertext { ciphertext: ciphertext_output.clone(), unsafe_secret: secret.as_slice(), // Use a reference instead of cloning }) else { // ... error handling ... };This change would minimize the exposure of the secret in memory.
tests/basic_integration/test.sh (3)
79-86: LGTM! Consider adding error handling.The
launch_ciphernodefunction is well-structured and improves code reusability. It encapsulates the logic for launching a ciphernode with consistent parameters.Consider adding basic error handling, such as checking if the
yarn ciphernode:launchcommand was successful:launch_ciphernode() { local address="$1" heading "Launch ciphernode $address" if ! yarn ciphernode:launch \ --address "$address" \ --config "$SCRIPT_DIR/lib/ciphernode_config.yaml" \ --data-location "$SCRIPT_DIR/output/$address.db" & then echo "Failed to launch ciphernode $address" >&2 return 1 fi }
88-94: LGTM! Consider adding error handling.The
launch_aggregatorfunction is well-structured and improves code reusability. It encapsulates the logic for launching the aggregator with consistent parameters.Consider adding basic error handling, similar to the suggestion for
launch_ciphernode:launch_aggregator() { local private_key="$1" if ! PRIVATE_KEY=$private_key yarn ciphernode:aggregator \ --config "$SCRIPT_DIR/lib/ciphernode_config.yaml" \ --pubkey-write-path "$SCRIPT_DIR/output/pubkey.bin" \ --plaintext-write-path "$SCRIPT_DIR/output/plaintext.txt" & then echo "Failed to launch aggregator" >&2 return 1 fi }
180-184: Good improvement in the cleanup process. Consider usingwait.The use of
pkill -15instead ofpkill -9allows for a more graceful shutdown of processes, which is a good practice. The added sleep command ensures that processes have time to terminate properly.Instead of using a fixed sleep duration, consider using the
waitcommand to ensure all background processes have finished:pkill -15 -f "target/debug/enclave" || true pkill -15 -f "target/debug/aggregator" || true wait $(jobs -p) 2>/dev/null || trueThis approach will wait for all background processes to finish, regardless of how long they take, and will not unnecessarily delay the script if processes terminate quickly.
packages/ciphernode/aggregator/src/plaintext_aggregator.rs (3)
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14-41: LGTM: Serialization and initialization improvements.The addition of
serde::Serializeandserde::Deserializetraits toPlaintextAggregatorStatealigns with the hydration requirements. The newinitmethod provides a convenient way to initialize the state.Consider adding documentation comments to the
initmethod to explain its purpose and parameters.
53-78: LGTM: Improved state management and API flexibility.The addition of the
storefield and the introduction ofPlaintextAggregatorParamsalign well with the PR objectives for hydration and improved state management. The refactorednewmethod usingPlaintextAggregatorParamsenhances API flexibility.Consider adding documentation comments to the
PlaintextAggregatorParamsstruct to explain its purpose and fields.
238-242: LGTM: Checkpoint trait implementation.The implementation of the
Checkpointtrait forPlaintextAggregatoris correct and aligns with the PR objectives for hydration functionality.Consider adding a brief comment explaining why we're cloning the
storehere, as it might not be immediately obvious to future readers why a clone is necessary.packages/ciphernode/core/src/events.rs (3)
123-129: LGTM. Consider adding documentation for the Shutdown event.The addition of the Shutdown event to the EnclaveEvent enum is well-structured and consistent with the existing code. This is likely used for graceful termination of the system, which is a good practice.
Consider adding a brief comment explaining the purpose and usage of the Shutdown event for better code documentation.
315-322: LGTM. Consider adding a brief comment for the From implementation.The implementation of
From<Shutdown> for EnclaveEventis correct and consistent with the pattern established for other event types. It properly creates anEnclaveEvent::Shutdownvariant with a uniqueEventId.Consider adding a brief comment explaining the purpose of this implementation, similar to the TODO comment above it. This would enhance code readability and maintain consistency with the documentation style in the rest of the file.
524-532: LGTM. Consider adding documentation for the Shutdown struct.The Shutdown struct is well-defined with appropriate trait implementations. The Display implementation is simple and suitable for a shutdown event.
Consider adding a brief doc comment (///) above the struct definition explaining its purpose, usage, and any relevant details about how it's triggered or handled in the system. This would improve code documentation and make it easier for other developers to understand its role in the system.
packages/ciphernode/enclave_node/src/shutdown.rs (1)
28-28: Enhance logging for clarity during shutdownThe message
"Graceful shutdown complete"indicates the shutdown process is finished. For better clarity, consider specifying which components or services have been shut down, especially in a system with multiple asynchronous tasks.Update the log message for clarity:
-info!("Graceful shutdown complete"); +info!("Shutdown process complete. All services have been stopped.");packages/ciphernode/data/src/repository.rs (3)
28-32: Reevaluate the implementation ofFrom<Repository<S>> for DataStoreImplementing
From<Repository<S>> for DataStoreallows for implicit conversion, which might lead to unintentional usage and obscure the structure of the code. It may be clearer to provide an explicit method to extract theDataStoreor rely on the existingDerefimplementation.Consider removing the
Fromimplementation:-impl<S> From<Repository<S>> for DataStore { - fn from(value: Repository<S>) -> Self { - value.store - } -}
21-26: Assess the necessity of theDerefimplementationWhile implementing
DerefforRepository<S>provides convenient access toDataStoremethods, it can sometimes blur the abstraction boundaries. Evaluate whether this convenience aligns with the intended design or if it would be better to accessstoreexplicitly.If you decide to remove it, apply this diff:
-impl<S> Deref for Repository<S> { - type Target = DataStore; - fn deref(&self) -> &Self::Target { - &self.store - } -}
35-42: Clarify the comment regarding cloningThe comment "// Clone without phantom data" might be misleading since
PhantomDatadoes not contain any data and cloning it is trivial. Consider rephrasing the comment for clarity or removing it if unnecessary.Apply this diff to update the comment:
-/// Clone without phantom data +/// Clone the repository, `PhantomData` does not contain datapackages/ciphernode/data/src/sled_store.rs (2)
29-38: Acknowledge successful insert operations or handle them explicitlyThe
handlemethod forInsertdoes not provide any response or acknowledgment when an insert operation succeeds. Depending on your application's requirements, it might be beneficial to confirm successful inserts or handle them explicitly for better transparency.
7-10: Derive Debug and Clone forSledStorefor consistencyConsider deriving
DebugandClonefor theSledStorestruct to maintain consistency with other structs and to facilitate debugging.#[derive(Debug, Clone)] pub struct SledStore { db: Db, bus: Addr<EventBus>, }packages/ciphernode/data/src/snapshot.rs (1)
6-6: Fix grammatical issue in documentationIn the comment on line 6, consider changing "their state snapshot" to "its state snapshot" for grammatical correctness.
Apply this diff:
-/// This trait enables the self type to report their state snapshot +/// This trait enables the self type to report its state snapshotpackages/ciphernode/evm/src/enclave_sol_reader.rs (2)
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60-62: Address the TODO comment to enhance error loggingThere's a TODO comment suggesting to provide more information in the error message when parsing
CiphertextOutputPublishedfails. Providing additional context can aid in debugging.Would you like assistance in improving the error message to include more details, such as the data that caused the parsing error?
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66-68: Fix typographical error in trace messageThere's a typo in the trace message: "parser buut was ignored" should be "parser but was ignored".
Apply this diff to fix the typo:
- "Unknown event was received by Enclave.sol parser buut was ignored" + "Unknown event was received by Enclave.sol parser but was ignored"packages/ciphernode/evm/src/event_reader.rs (1)
20-20: Use the type aliasExtractorFnfor theextractorfieldFor consistency and readability, consider using the
ExtractorFntype alias for theextractorfield.Apply this diff to make the change:
- extractor: fn(&LogData, Option<&B256>, u64) -> Option<EnclaveEvent>, + extractor: ExtractorFn,packages/ciphernode/evm/src/ciphernode_registry_sol.rs (1)
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65-91: Review the visibility of theextractorfunctionThe
extractorfunction has been made public. If this function is only intended for internal use within this module, consider keeping it private to limit the API surface and enhance encapsulation.packages/ciphernode/evm/src/enclave_sol_writer.rs (1)
111-116: Add Logging inShutdownHandler for Better ObservabilityIt's recommended to log a message when the actor is stopping. This aids in monitoring and debugging by providing clear indications of actor lifecycle events.
Apply this diff to add logging:
fn handle(&mut self, _: Shutdown, ctx: &mut Self::Context) -> Self::Result { + info!("EnclaveSolWriter received Shutdown message and is stopping."); ctx.stop(); }packages/ciphernode/evm/src/registry_filter_sol.rs (1)
106-111: Add logging when the actor is shutting downCurrently, the
handlemethod forShutdownstops the actor without any logging. For improved observability and easier debugging, consider adding a log statement when the actor begins the shutdown process.Apply this diff to add a logging statement:
impl Handler<Shutdown> for RegistryFilterSolWriter { type Result = (); fn handle(&mut self, _: Shutdown, ctx: &mut Self::Context) -> Self::Result { + info!("RegistryFilterSolWriter actor is shutting down."); ctx.stop(); } }This addition will help track the shutdown event in the logs, aiding in monitoring and troubleshooting.
packages/ciphernode/router/src/context.rs (1)
72-83: Optimize message cloning to reduce overheadIn the
forward_messagemethod,msg.clone()is called for each recipient. IfEnclaveEventis large, cloning it multiple times could introduce unnecessary overhead. Consider wrappingEnclaveEventin anArcto share the message without cloning.[performance]
Apply this change:
- fn forward_message(&self, msg: &EnclaveEvent, buffer: &mut EventBuffer) { + fn forward_message(&self, msg: Arc<EnclaveEvent>, buffer: &mut EventBuffer) { self.recipients().into_iter().for_each(|(key, recipient)| { if let Some(act) = recipient { - act.do_send(msg.clone()); + act.do_send((*msg).clone()); for m in buffer.take(&key) { act.do_send(m); } } else { - buffer.add(&key, msg.clone()); + buffer.add(&key, (*msg).clone()); } }); }packages/ciphernode/router/src/e3_request_router.rs (3)
65-67: Consider initializingbufferusingDefaulttraitIn the struct
E3RequestRouter, thebufferfield is manually initialized with an emptyHashMap. You can simplify the code by derivingDefaultand initializingbufferusingEventBuffer::default().Apply this diff to simplify initialization:
pub struct E3RequestRouter { contexts: HashMap<E3id, E3RequestContext>, completed: HashSet<E3id>, features: Arc<Vec<Box<dyn E3Feature>>>, bus: Addr<EventBus>, - buffer: EventBuffer, + buffer: EventBuffer::default(), store: Repository<E3RequestRouterSnapshot>, }
60-60: Address the TODO for implementing typestate patternThere's a TODO comment indicating the need to set up a typestate pattern for feature dependencies:
// TODO: setup typestate pattern so that we have to place features within correct order of dependenciesWould you like assistance in developing this typestate pattern to enforce correct feature initialization order? Implementing it can enhance the modularity and safety of feature management.
242-243: Rename parameter for consistency inadd_featuremethodIn the
add_featuremethod, the parameter is namedlistener, but the context refers to features:pub fn add_feature(mut self, listener: Box<dyn E3Feature>) -> Self { self.features.push(listener); self }Rename
listenertofeaturefor consistency and clarity:-pub fn add_feature(mut self, listener: Box<dyn E3Feature>) -> Self { - self.features.push(listener); +pub fn add_feature(mut self, feature: Box<dyn E3Feature>) -> Self { + self.features.push(feature); self }packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (2)
419-421: Improve Clarity by Explicitly Unpacking Tuple ElementsUsing
..in tuple unpacking can reduce code readability and may lead to maintenance issues if the tuple structure changes.Consider explicitly unpacking all elements or refactoring to use a struct for better clarity:
-let (addr1, data1, ..) = cn1; -let (addr2, data2, ..) = cn2; +let (addr1, data1, sortition1, router1, logger1) = cn1; +let (addr2, data2, sortition2, router2, logger2) = cn2;
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497-501: Ensure Thread Safety When Accessing Mutex-Protected DataIn the assertion within the test, the mutex guard is held across an assertion, which is generally safe but could be optimized.
Unlock the mutex before the assertion to minimize the time the mutex is held:
let msgs_guard = msgs.lock().await; assert_eq!( - *msgs_guard, + msgs_guard.clone(), vec![evt_1.to_bytes()?, evt_2.to_bytes()?], // notice no local events "P2p did not transmit correct events to the network" ); +drop(msgs_guard); // Explicitly drop the mutex guard
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⛔ Files ignored due to path filters (1)
packages/ciphernode/Cargo.lockis excluded by!**/*.lock
📒 Files selected for processing (41)
- packages/ciphernode/Cargo.toml (1 hunks)
- packages/ciphernode/aggregator/src/plaintext_aggregator.rs (6 hunks)
- packages/ciphernode/aggregator/src/publickey_aggregator.rs (7 hunks)
- packages/ciphernode/core/src/events.rs (8 hunks)
- packages/ciphernode/data/Cargo.toml (1 hunks)
- packages/ciphernode/data/src/data_store.rs (1 hunks)
- packages/ciphernode/data/src/in_mem.rs (4 hunks)
- packages/ciphernode/data/src/into_key.rs (1 hunks)
- packages/ciphernode/data/src/lib.rs (1 hunks)
- packages/ciphernode/data/src/repository.rs (1 hunks)
- packages/ciphernode/data/src/sled_store.rs (1 hunks)
- packages/ciphernode/data/src/snapshot.rs (1 hunks)
- packages/ciphernode/enclave/Cargo.toml (1 hunks)
- packages/ciphernode/enclave/src/bin/aggregator.rs (3 hunks)
- packages/ciphernode/enclave/src/main.rs (3 hunks)
- packages/ciphernode/enclave_node/Cargo.toml (1 hunks)
- packages/ciphernode/enclave_node/src/aggregator.rs (6 hunks)
- packages/ciphernode/enclave_node/src/app_config.rs (0 hunks)
- packages/ciphernode/enclave_node/src/ciphernode.rs (5 hunks)
- packages/ciphernode/enclave_node/src/lib.rs (1 hunks)
- packages/ciphernode/enclave_node/src/shutdown.rs (1 hunks)
- packages/ciphernode/evm/src/ciphernode_registry_sol.rs (3 hunks)
- packages/ciphernode/evm/src/enclave_sol_reader.rs (3 hunks)
- packages/ciphernode/evm/src/enclave_sol_writer.rs (6 hunks)
- packages/ciphernode/evm/src/event_reader.rs (1 hunks)
- packages/ciphernode/evm/src/helpers.rs (4 hunks)
- packages/ciphernode/evm/src/lib.rs (1 hunks)
- packages/ciphernode/evm/src/registry_filter_sol.rs (5 hunks)
- packages/ciphernode/keyshare/Cargo.toml (1 hunks)
- packages/ciphernode/keyshare/src/keyshare.rs (3 hunks)
- packages/ciphernode/router/src/ciphernode_selector.rs (3 hunks)
- packages/ciphernode/router/src/committee_meta.rs (1 hunks)
- packages/ciphernode/router/src/context.rs (1 hunks)
- packages/ciphernode/router/src/e3_request_router.rs (5 hunks)
- packages/ciphernode/router/src/hooks.rs (1 hunks)
- packages/ciphernode/router/src/lib.rs (1 hunks)
- packages/ciphernode/router/src/repositories.rs (1 hunks)
- packages/ciphernode/sortition/src/sortition.rs (4 hunks)
- packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (3 hunks)
- tests/basic_integration/output/.gitignore (1 hunks)
- tests/basic_integration/test.sh (3 hunks)
💤 Files with no reviewable changes (1)
- packages/ciphernode/enclave_node/src/app_config.rs
✅ Files skipped from review due to trivial changes (1)
- tests/basic_integration/output/.gitignore
🚧 Files skipped from review as they are similar to previous changes (1)
- packages/ciphernode/keyshare/Cargo.toml
🧰 Additional context used
📓 Learnings (1)
packages/ciphernode/router/src/committee_meta.rs (1)
Learnt from: ryardley PR: gnosisguild/enclave#145 File: packages/ciphernode/router/src/committee_meta.rs:43-43 Timestamp: 2024-10-16T09:51:10.038Z Learning: In `packages/ciphernode/router/src/committee_meta.rs`, avoid suggesting making the `on_event` method in `CommitteMetaFeature` asynchronous or adding error handling for the `write` operation to the data store.
🔇 Additional comments (87)
packages/ciphernode/enclave_node/src/lib.rs (4)
1-9: Summary of changes and request for additional context.The changes in this file introduce a new shutdown module and adjust the public exports. While these modifications appear to enhance the system's shutdown capabilities and module organization, it would be helpful to have more context about the overall changes in the PR.
Could you please provide:
- An overview of how these changes fit into the larger "Hydration" implementation mentioned in the PR description?
- Any related changes in other files that work in conjunction with these modifications?
This additional information will help ensure that these changes align with the PR's objectives and integrate well with the rest of the system.
4-4: LGTM: Addition of shutdown module.The introduction of a dedicated shutdown module is a good practice for managing graceful shutdowns in the system. This can help improve the overall robustness and reliability of the application.
To ensure proper implementation, please run the following script to verify the contents of the shutdown module:
#!/bin/bash # Description: Verify the contents of the shutdown module # Test: Check if the shutdown module contains the expected function rg -p 'async fn listen_for_shutdown' packages/ciphernode/enclave_node/src/shutdown.rs # Test: Verify if the shutdown function is properly integrated with the actor system rg -p 'EnclaveEvent::from\(Shutdown\)' packages/ciphernode/enclave_node/src
9-9: LGTM: Exposing shutdown module.Exposing the shutdown module through public exports is consistent with its purpose of managing system-wide shutdowns. This allows other parts of the application to utilize its functionality when needed.
To ensure this doesn't introduce any security or stability risks, please conduct a security review and run the following script to check its usage:
#!/bin/bash # Description: Verify the usage of the shutdown module across the codebase # Test: Find all imports of the shutdown module rg -p 'use .*shutdown::' packages/ciphernode # Test: Check for any potential misuse of shutdown functionality rg -p 'listen_for_shutdown' packages/ciphernode
8-8: Please clarify the re-introduction of the 'ciphernode' module.The 'ciphernode' module has been re-added to the public exports. Could you please provide context on why this module was previously removed and why it's being re-introduced now? This information will help in understanding the module's importance and its role in the overall architecture.
To assess the impact of this change, please run the following script:
✅ Verification successful
Ciphernode module re-introduction verified.
The 'ciphernode' module has been re-added to public exports without introducing any new usages or dependencies within the codebase.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Check the usage of the ciphernode module in the codebase # Test: Find all imports of the ciphernode module rg -p 'use .*ciphernode::' packages/ciphernode # Test: Check for any potential breaking changes due to the re-introduction rg -p 'ciphernode::' packages/ciphernodeLength of output: 912
Script:
#!/bin/bash # Description: Corrected search for the usage of the 'ciphernode' module in the codebase. # Test 1: Find all imports of the 'ciphernode' module. rg 'use\s+.*ciphernode::' packages/ciphernode # Test 2: Find all instances where 'ciphernode' is used to identify potential breaking changes. rg 'ciphernode::' packages/ciphernode # Test 3: Check for any function calls or usages related to 'ciphernode'. rg '\bciphernode::\w+' packages/ciphernodeLength of output: 264
packages/ciphernode/data/src/lib.rs (1)
1-6: Excellent modular structure for data managementThe new module structure effectively separates concerns and aligns well with the PR objectives of implementing hydration for data persistence. This organization enhances maintainability and flexibility:
data_storeandsled_storelikely handle persistent storagein_memprovides in-memory storage optionsrepositoryintroduces an abstraction layerinto_keyandsnapshotoffer supporting functionalityThis structure should facilitate easier testing and mocking, as mentioned in the linked issue #123.
packages/ciphernode/router/src/lib.rs (1)
3-3: LGTM! New modules added and exported.The addition of
contextandrepositoriesmodules, along with their public exports, aligns well with the PR objectives for implementing hydration and data persistence. This change enhances the module structure by incorporating additional components without altering the existing functionality.Consider verifying if all contents of the new modules need to be publicly exported. Run the following script to check the contents of these modules:
Review the output to ensure that only necessary items are being publicly exported.
Also applies to: 6-6, 10-10, 13-13
packages/ciphernode/evm/src/lib.rs (2)
5-5: LGTM: New module addition is consistent and relevant.The addition of the
event_readermodule is well-placed and aligns with the PR objectives for implementing hydration and data persistence.
13-13: LGTM: Public export of EvmEventReader is appropriate.The public export of
EvmEventReaderfrom theevent_readermodule is consistent with the file structure and aligns with the PR objectives.To ensure the
EvmEventReaderis being used as intended, please run the following script:✅ Verification successful
Verified:
EvmEventReaderis appropriately used across the codebase.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the usage of EvmEventReader in the codebase # Test: Search for EvmEventReader usage rg "EvmEventReader" --type rustLength of output: 1188
packages/ciphernode/enclave/Cargo.toml (1)
14-14: LGTM: Addition ofactixdependency aligns with PR objectives.The inclusion of the
actixdependency is consistent with the PR's goal of implementing hydration for data persistence and enhancing the actor model using Actix. This addition supports the newDataStoreimplementation and other components that utilize Actix for message handling.The
workspace = trueconfiguration ensures version consistency across the project, which is a good practice.packages/ciphernode/enclave_node/Cargo.toml (1)
34-34: LGTM: Addition of tracing dependency.The addition of the
tracingcrate as a workspace dependency is a good improvement. It will enhance logging and debugging capabilities across the project.To ensure this dependency is being utilized effectively, please run the following script:
This will help confirm that the
tracingcrate is being imported and used within theenclave_nodepackage.✅ Verification successful
Verified: Usage of
tracingcrate confirmed.The
tracingcrate is properly imported and utilized within theenclave_nodepackage, enhancing logging and debugging capabilities.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the usage of the tracing crate in the enclave_node package # Test: Search for imports of the tracing crate rg -A 5 'use tracing' packages/ciphernode/enclave_node/src # Test: Search for macros from the tracing crate (e.g., info!, error!, debug!) rg -A 5 '(info!|error!|debug!)' packages/ciphernode/enclave_node/srcLength of output: 1277
packages/ciphernode/enclave/src/bin/aggregator.rs (4)
3-3: LGTM: Import statement updated correctly.The addition of
listen_for_shutdownimport is consistent with its usage in the main function and aligns with the PR objectives.
18-19: LGTM: New command-line argument added correctly.The addition of the
data_locationfield to theArgsstruct is well-implemented and aligns with the PR objectives. The optional nature of the field provides flexibility for users.
28-35: LGTM: MainAggregator::attach method call updated correctly.The addition of
args.data_location.as_deref()as an argument and the destructuring of the return value are well-implemented. These changes align with the PR objectives and support the new functionality.
36-39: Control flow changes look good, but verify removal of tokio::join!The addition of the
listen_for_shutdowntask and the use ofstd::future::pending()improve the application's robustness and align with the PR objectives. However, please verify that the removal oftokio::join!doesn't negatively impact the management of other tasks that might have been present.To ensure no critical tasks were removed, please run the following command:
packages/ciphernode/data/src/in_mem.rs (5)
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4-14: LGTM: New imports and struct definitions align with PR objectives.The addition of
GetandInsertimports, along with the newGetLogmessage andDataOpenum, supports the implementation of hydration and logging functionality as outlined in the PR objectives.
21-23: LGTM: CorrectActorimplementation forInMemStore.The
Actortrait implementation forInMemStoreis correct and necessary for integration with the Actix actor system.
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25-33: LGTM:InMemStore::newmethod correctly initializes the struct.The constructor method for
InMemStoreproperly initializes all fields, including theBTreeMap,captureflag, and log. This implementation aligns well with the PR objectives for creating an in-memory data store with logging capabilities.
47-53: LGTM:Handler<Get>implementation correctly retrieves data.The
Gethandler effectively retrieves data from theBTreeMap, returning a cloned value if the key exists. This implementation aligns well with the PR objectives for data retrieval in the in-memory store.
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1-60: Overall, the implementation looks good and aligns well with PR objectives.The
InMemStoresuccessfully implements an in-memory data store with logging capabilities using Actix for actor-based concurrency. The code is well-structured and follows good practices. Minor suggestions have been made for documentation and potential optimizations.To ensure the implementation is consistent across the codebase, please run the following verification script:
This script will help ensure that the changes are consistently applied across the codebase and that there are no unintended references to the old implementation or inconsistent usage of the new
InMemStore.✅ Verification successful
Verification Successful: The
InMemStoreimplementation is consistent and free from unintended dependencies.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the usage of InMemStore and its handlers across the codebase # Test 1: Check for any remaining references to the old 'Data' struct echo "Checking for old 'Data' struct references:" rg -i '\bData\b' --type rust # Test 2: Verify consistent usage of InMemStore echo "Verifying InMemStore usage:" rg -i '\bInMemStore\b' --type rust # Test 3: Check for consistent Handler implementations echo "Checking Handler implementations:" rg -i 'impl Handler<(Insert|Get|GetLog)> for InMemStore' --type rust # Test 4: Verify no unintended sled usage in in_mem.rs echo "Checking for unintended sled usage in in_mem.rs:" rg -i '\bsled\b' packages/ciphernode/data/src/in_mem.rsLength of output: 18118
packages/ciphernode/Cargo.toml (1)
46-46: New dependency added: sledThe addition of the
sleddependency (version 0.34.7) aligns with the PR objectives for implementing hydration and data persistence. Sled is an embedded database, which is suitable for this purpose.To ensure this addition is used consistently across the project, let's verify its usage:
This script will help us confirm that
sledis being used consistently across the project and that the same version is specified in all relevantCargo.tomlfiles.✅ Verification successful
sled dependency verified
The
sleddependency has been correctly added to theciphernodepackage and is properly utilized within the relevant modules.
- File:
packages/ciphernode/data/src/sled_store.rs- File:
packages/ciphernode/data/src/lib.rs🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the usage of sled across the project # Test 1: Check for sled imports echo "Checking for sled imports:" rg -n "use sled" -g '*.rs' # Test 2: Check for sled usage in code echo "Checking for sled usage:" rg -n "sled::" -g '*.rs' # Test 3: Verify sled dependency in other Cargo.toml files echo "Checking for sled in other Cargo.toml files:" rg -n 'sled = "0.34.7"' -g 'Cargo.toml'Length of output: 671
packages/ciphernode/enclave/src/main.rs (3)
4-4: LGTM: Import added for new shutdown listener.The addition of
listen_for_shutdownimport is consistent with the changes in the main function and aligns with the PR objectives for enhancing the shutdown process.
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1-48: Overall: Changes look good and align with PR objectives.The modifications in this file enhance the configurability of the application by allowing for a data location to be specified and improve the shutdown process with a non-blocking implementation. The changes are well-integrated and consistent with the PR objectives.
To ensure the changes are properly integrated, let's verify the usage of the new
data_locationparameter in theMainCiphernode::attachmethod:#!/bin/bash # Description: Verify the usage of data_location in MainCiphernode::attach method rg -A 10 'fn attach.*data_location' packages/ciphernode/enclave_node/src/This will help confirm that the
data_locationparameter is being used correctly in the implementation.
42-43: LGTM:MainCiphernode::attachcall updated withdata_locationargument.The modification correctly passes the
data_locationargument to theattachmethod, usingas_deref()to convertOption<String>toOption<&str>. This change is consistent with the updated method signature.To ensure consistency across the codebase, let's verify the
attachmethod signature in theMainCiphernodeimplementation:✅ Verification successful
Verified:
MainCiphernode::attachmethod signature includes thedata_locationparameter.
- The method is correctly defined with
data_location: Option<&str>inpackages/ciphernode/enclave_node/src/ciphernode.rs.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the updated signature of MainCiphernode::attach method rg -A 5 'impl MainCiphernode' packages/ciphernode/enclave_node/src/Length of output: 75
Script:
#!/bin/bash # Description: Search for the attach method in MainCiphernode implementation rg -A 10 'impl MainCiphernode' packages/ciphernode/enclave/src/Length of output: 65
Script:
#!/bin/bash # Description: Locate the attach method with the data_location parameter rg 'fn attach\(.*data_location' packages/ciphernode/enclave/src/Length of output: 66
Script:
#!/bin/bash # Description: Broad search for MainCiphernode implementation across the ciphernode package rg 'impl MainCiphernode' packages/ciphernode/Length of output: 120
Script:
#!/bin/bash # Description: Locate the attach method with the data_location parameter using ast-grep ast-grep --pattern 'fn attach($_, $_, data_location: $_)' 'MainCiphernode' packages/ciphernode/Length of output: 157
Script:
#!/bin/bash # Description: Search for the attach method within the MainCiphernode implementation rg 'fn attach' packages/ciphernode/enclave_node/src/ciphernode.rs -A 5Length of output: 278
Script:
#!/bin/bash # Description: Locate the attach method with the data_location parameter using ast-grep ast-grep --pattern 'fn attach($_, $_, data_location: $_)' packages/ciphernode/enclave_node/src/ciphernode.rsLength of output: 110
packages/ciphernode/enclave_node/src/ciphernode.rs (6)
4-4: LGTM: Import statements updated correctly.The new imports for
DataStore,InMemStore,SledStore,FheFeature, andKeyshareFeaturealign well with the changes in the implementation. These additions support the new data persistence and feature-based router approach.Also applies to: 11-13
26-26: LGTM:MainCiphernodestruct updated to useDataStore.The change from
Addr<Data>toDataStorefor thedatafield aligns well with the PR objectives of implementing hydration for data persistence. This direct approach to data management may improve performance and simplify the API.
37-37: LGTM:newmethod signature updated correctly.The change in the
dataparameter type fromAddr<Data>toDataStoreis consistent with the struct field modification and supports the new data persistence approach. This ensures that theDataStoreis passed directly to theMainCiphernodeinstance.
102-112: LGTM: MainCiphernode instantiation and return value updated correctly.The changes to the
MainCiphernode::new()call and the return value are consistent with the earlier modifications to the struct and method signatures. The inclusion ofstoreand theOk((bus, join_handle))return value properly reflect the new data persistence approach and error handling mechanism.
91-95: LGTM: E3RequestRouter initialization updated with feature-based approach.The new builder pattern with feature additions (
FheFeatureandKeyshareFeature) aligns well with the PR objectives of implementing a feature-based architecture. This approach improves modularity and extensibility.Ensure that error handling for the asynchronous
build()method is properly implemented throughout the codebase. Run the following script to check for proper error handling:#!/bin/bash # Search for E3RequestRouter::builder usage rg -p "E3RequestRouter::builder" --type rust -A 10 | grep -E "\.await\??|\.expect|\.unwrap"Review the results to confirm that
.await?is used consistently and that there are no unwrapped calls that could lead to panics.
57-58: LGTM:attachmethod signature updated with improved flexibility and error handling.The addition of the
data_locationparameter and the change in return type toResult<(Addr<EventBus>, JoinHandle<()>)>improve flexibility in data store initialization and error handling. These changes align well with the PR objectives.Please verify that all callers of this method have been updated to handle the new return type (
Addr<EventBus>instead ofAddr<Self>). Run the following script to check for usages:✅ Verification successful
Verified: All callers of
MainCiphernode::attachhave been appropriately updated to handle the new return type.The search results indicate that only the
main.rsfile invokesMainCiphernode::attach, and it has been updated to accommodate the changes in the method signature.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Search for calls to MainCiphernode::attach rg -p "MainCiphernode::attach" --type rustLength of output: 195
Script:
#!/bin/bash # Search for any calls to an attach method in Rust files rg 'attach\s*\(' --type rustLength of output: 4303
packages/ciphernode/enclave_node/src/aggregator.rs (4)
3-3: LGTM: Import statements are consistent with code changes.The new imports for
DataStore,InMemStore, andSledStore, as well as the updated router feature imports, align well with the PR objectives and the implementation of hydration for data persistence.Also applies to: 13-15
121-121: LGTM: MainAggregator initialization updated to pass bus reference.The change to pass a reference to
busin theMainAggregator::newcall is consistent with the earlier modification of thebusfield in theMainAggregatorstruct. This change may slightly improve performance by avoiding an unnecessary clone.
122-122: LGTM: Return statement updated to match new method signature.The change in the return statement to
(bus, join_handle)is consistent with the updated method signature and aligns with the PR objectives. Returning theEventBusaddress directly may simplify the API for callers.
95-106: LGTM: E3RequestRouter initialization updated to use DataStore and features.The changes to the
E3RequestRouter::buildercall and the replacement of hooks with features align well with the PR objectives. This shift towards a feature-based architecture likely improves modularity and extensibility.To ensure that all necessary features are properly initialized, please run the following verification script:
✅ Verification successful
Verified: All required features are properly initialized in
E3RequestRouter.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify that all required features are initialized in E3RequestRouter # Test: Check for the presence of all required features rg -q 'FheFeature::create' && \ rg -q 'PublicKeyAggregatorFeature::create' && \ rg -q 'PlaintextAggregatorFeature::create' && \ echo "All required features are present in E3RequestRouter initialization." || \ echo "Error: One or more required features are missing in E3RequestRouter initialization."Length of output: 259
packages/ciphernode/data/src/data_store.rs (1)
1-131: Overall assessment: Solid foundation with room for optimizationThe
data_store.rsfile provides a well-structured implementation of a key-value data store using actor-based message passing. The design is sound and covers essential functionality such as reading, writing, and scope management.Key strengths:
- Clear separation of concerns with
Insert,Get, andDataStorestructs.- Use of generics and traits for flexibility.
- Implementation of
Fromtrait for different store types.Areas for improvement:
- Optimize methods to reduce unnecessary cloning and allocations.
- Enhance error handling, particularly in the
writemethod.- Reduce code duplication in
Fromimplementations.Implementing the suggested optimizations will improve performance and make the code more robust. Great job on the overall design!
packages/ciphernode/keyshare/src/keyshare.rs (4)
2-18: Improved error handling and state managementThe changes to imports and the
Keysharestruct demonstrate improvements in error handling, asynchronous capabilities, and state management. The introduction of thestorefield and the optionalsecretfield allows for more flexible and persistent state management.
39-48: Improved constructor with parameter structThe changes to the
Keyshare::newmethod improve its flexibility and maintainability:
- Using
KeyshareParamssimplifies the constructor and makes it easier to extend in the future.- Initializing
secretasNoneis consistent with its new optional nature.These changes align well with good software design practices.
66-78: Effective implementation ofFromSnapshotWithParamsThe implementation of
FromSnapshotWithParamsforKeyshareis well-structured and allows for efficient reconstruction of aKeyshareinstance from persisted state. It correctly utilizes both the provided parameters and the snapshot data.This implementation enhances the system's ability to recover state and maintain consistency across restarts or state transfers.
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1-170: Summary of ReviewThe changes to
keyshare.rssignificantly improve the overall structure, state management, and error handling of theKeysharemodule. Key improvements include:
- Introduction of
KeyshareParamsandKeyshareStatefor better organization.- Implementation of
SnapshotandCheckpointtraits for state persistence.- Enhanced error handling using
anyhow.- More robust event handling in
CiphernodeSelectedandCiphertextOutputPublished.However, there are important security considerations to address:
- Secure handling of the
secretfield inKeyshareState, particularly during serialization and deserialization.- Minimizing unnecessary copying of the
secretin memory, especially in thesnapshotmethod and during decryption.- Consider using a secure container like
secrecy::Secretto wrap sensitive data.Please review the specific comments for each section and implement the suggested security improvements. These changes will significantly enhance the security posture of the
Keysharemodule while maintaining its improved functionality and structure.packages/ciphernode/sortition/src/sortition.rs (9)
5-6: LGTM: New imports for async traits and data management.The added imports for
async_traitand data-related modules are appropriate for implementing the hydration functionality as per the PR objectives.
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27-47: LGTM: NewSortitionModulestruct improves modularity.The introduction of
SortitionModuleencapsulates node management functionality, improving modularity and aligning with the PR objectives. The implementation ofSortitionListtrait ensures that core functionality is maintained.
86-88: LGTM:Sortitionstruct updated for data persistence.The addition of the
storefield of typeRepository<SortitionModule>aligns with the PR objectives of implementing hydration for data persistence. This change enables state management using the new data persistence mechanism.
90-93: LGTM: NewSortitionParamsstruct enhances API clarity.The introduction of
SortitionParamsencapsulates the parameters needed forSortitioncreation, improving API clarity and type safety. This aligns well with the PR objectives.
96-102: LGTM: Updatednewandattachmethods useSortitionParams.The changes to
Sortition::newandSortition::attachmethods improve consistency and type safety by using the newSortitionParamsstruct. Theattachmethod now properly initializes theSortitioninstance with the data persistence mechanism, aligning with the PR objectives.Also applies to: 104-109
123-128: LGTM:Snapshottrait implementation added.The implementation of the
Snapshottrait forSortitionallows for capturing the internal state, which is crucial for the hydration functionality. This aligns well with the PR objectives for data persistence.
130-140: LGTM:FromSnapshotWithParamstrait implementation added.The async implementation of
FromSnapshotWithParamsforSortitionenables reconstruction of the instance from a snapshot and parameters. This is essential for the hydration functionality and aligns perfectly with the PR objectives for data persistence.
142-146: LGTM:Checkpointtrait implementation added.The implementation of the
Checkpointtrait forSortitionprovides access to theRepository<SortitionModule>, supporting the hydration and data persistence objectives of the PR.
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1-147: Overall: Excellent implementation of hydration forSortition.The changes in this file consistently support the PR objectives of implementing hydration for data persistence. The modifications to the
Sortitionstruct, along with the newSortitionModule,SortitionParams, and trait implementations (Snapshot,FromSnapshotWithParams,Checkpoint), form a cohesive set of changes that significantly enhance the module's capabilities for state management and persistence.These changes align well with the PR objectives and the overall architecture described in the PR summary. The implementation successfully addresses the need for data persistence while maintaining the existing functionality and improving modularity and type safety.
tests/basic_integration/test.sh (2)
118-122: Great refactoring! The code is now more concise and maintainable.The use of the
launch_ciphernodeandlaunch_aggregatorfunctions has significantly improved the readability and maintainability of the script. This change aligns well with the PR objectives of enhancing the structure and modularity of the testing process.
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1-184: Overall, excellent improvements to the integration test script.The changes in this file significantly enhance the structure and modularity of the testing process, aligning well with the PR objectives. The introduction of
launch_ciphernodeandlaunch_aggregatorfunctions improves code reusability and readability. The updated cleanup process withpkill -15allows for more graceful termination of processes.While these changes don't directly address the data persistence aspects mentioned in the PR objectives, they do support the overall goal of improving the testing infrastructure. This enhanced script structure will likely make it easier to incorporate and test the hydration and persistence features in the future.
packages/ciphernode/aggregator/src/plaintext_aggregator.rs (4)
3-7: LGTM: New imports support hydration implementation.The added imports are consistent with the PR objectives and support the new functionality for serialization, checkpointing, and snapshot management.
220-227: LGTM: Snapshot trait implementation.The implementation of the
Snapshottrait forPlaintextAggregatoris correct and aligns with the PR objectives for hydration functionality.
229-236: LGTM: FromSnapshotWithParams trait implementation.The async implementation of the
FromSnapshotWithParamstrait forPlaintextAggregatoris correct and aligns with the PR objectives for hydration functionality. It properly utilizes thenewmethod to create aPlaintextAggregatorfrom a snapshot and parameters.
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1-242: Overall assessment: Good implementation with minor improvements neededThe changes in this file successfully implement hydration functionality and improve state management for the
PlaintextAggregator, aligning well with the PR objectives. The addition of serialization, checkpointing, and snapshot capabilities enhances the robustness of the system.Key points:
- Proper implementation of necessary traits (
Snapshot,FromSnapshotWithParams,Checkpoint).- Introduction of a
Repositoryfor state management.- Improved API flexibility with
PlaintextAggregatorParams.Areas for improvement:
- Add error handling for
checkpoint()calls (lines 169 and 199).- Consider adding documentation comments to new structs and methods.
- Add a brief comment explaining the
storecloning in theCheckpointtrait implementation.Once these minor issues are addressed, the implementation will be even more robust and maintainable.
packages/ciphernode/aggregator/src/publickey_aggregator.rs (6)
3-4: LGTM: New imports for async traits and data management.The added imports for
async_traitanddatamodule are appropriate for the new features implemented in this file.
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13-37: LGTM: EnhancedPublicKeyAggregatorStatewith serialization and initialization.The changes to
PublicKeyAggregatorStateare well-implemented:
- Deriving
serde::Serializeandserde::Deserializeenables state persistence.- The new
initmethod provides a clean way to create the initial state.These improvements enhance the robustness and usability of the
PublicKeyAggregator.
56-70: LGTM: ImprovedPublicKeyAggregatorstructure and parameter handling.The changes to
PublicKeyAggregatorand the introduction ofPublicKeyAggregatorParamsare well-designed:
- The new
storefield enables state persistence, meeting the PR objectives.PublicKeyAggregatorParamsimproves code organization and flexibility in instantiation.These changes enhance the maintainability and extensibility of the
PublicKeyAggregator.
79-87: LGTM: Updatednewmethod for improved flexibility.The
newmethod has been appropriately updated to usePublicKeyAggregatorParamsandPublicKeyAggregatorState. This change:
- Aligns with the new parameter structure.
- Allows for flexible state initialization.
The implementation correctly utilizes the provided parameters.
245-252: LGTM: ImplementedSnapshottrait for state management.The
Snapshottrait implementation forPublicKeyAggregatoris well-designed:
- It allows for creating snapshots of the aggregator's state.
- Returning a clone of the state ensures snapshot independence.
This implementation enhances the aggregator's state management capabilities, aligning with the PR objectives.
254-267: LGTM: ImplementedFromSnapshotWithParamsandCheckpointtraits for comprehensive state management.The implementations of
FromSnapshotWithParamsandCheckpointtraits are well-designed:
FromSnapshotWithParamsis implemented asynchronously, allowing for potential I/O operations during state reconstruction.Checkpointcorrectly returns a clone of the store, enabling state persistence.These implementations complete the state management feature set, enhancing the robustness and reliability of the
PublicKeyAggregator.packages/ciphernode/core/src/events.rs (5)
153-153: LGTM. Correct classification of Shutdown as a local-only event.The update to the
is_local_onlymethod correctly identifies the Shutdown event as a local-only event, which is consistent with the nature of shutdown operations.
173-173: LGTM. Consistent handling of Shutdown event in EventId conversion.The update to the
From<EnclaveEvent> for EventIdimplementation correctly handles the Shutdown event, maintaining consistency with the treatment of other event types.
204-204: LGTM. Proper handling of Shutdown event in get_data method.The update to the
get_datamethod correctly handles the Shutdown event, using the Debug format for its string representation. This is consistent with the treatment of similar event types like EnclaveError.
569-569: LGTM. Please provide more context for the Data error type.The addition of the
Datavariant to theEnclaveErrorTypeenum is noted. This seems to align with the new persistence features mentioned in the PR objectives.Could you provide more information about what specific data-related errors this new variant is intended to represent? This context would be valuable for understanding its usage and ensuring proper error handling throughout the system.
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1-569: Overall, the changes look good with some minor suggestions for improvement.The additions and modifications related to the new Shutdown event are well-implemented and consistent with the existing code structure. The new Data error type has been noted, though more context would be beneficial. Consider addressing the documentation suggestions to improve code readability and maintainability.
packages/ciphernode/router/src/committee_meta.rs (4)
6-12: Serialization Added toCommitteeMetaStructThe addition of
serde::Serializeandserde::Deserializetraits to theCommitteeMetastruct enhances its ability to be serialized and deserialized, which is essential for data persistence.
13-19: Implementation ofCommitteeMetaFeature::createMethodThe
createmethod correctly returns a boxed instance ofCommitteeMetaFeature, which aligns with the expected usage patterns for feature instantiation.
23-43: Correct Handling ofon_eventMethod inE3FeatureImplementationThe
on_eventmethod properly matches theEnclaveEvent::E3Requestedevent and extracts the necessary data. It then constructs aCommitteeMetainstance and writes it to the repository, followed by updating the context.
45-64: Proper Implementation of AsynchronoushydrateMethodThe
hydratemethod correctly handles the retrieval ofCommitteeMetafrom the repository. It checks for the presence of metadata in the snapshot and gracefully handles the absence of data, ensuring robust error handling.packages/ciphernode/data/src/snapshot.rs (1)
26-28:⚠️ Potential issueConsider making
checkpointan async function ifwriteis asyncIf the
writemethod onRepository<Self::Snapshot>is asynchronous, thencheckpointshould also be marked asasyncand await thewritecall. Verify whetherwriteis async and updatecheckpointaccordingly.Run the following script to verify whether
writeis async:packages/ciphernode/router/src/repositories.rs (1)
41-41: Verify the use of leading double slashes in pathsThe path strings in the
scopemethod use leading double slashes (e.g.,"//keyshare/{e3_id}"). Confirm whether the extra slash is required for correct path resolution.Run the following script to check for consistent path usage:
This script counts occurrences of each unique path pattern, helping you determine if the leading double slash is standard across the codebase.
Also applies to: 45-45, 49-49, 53-53, 57-57, 61-61, 65-65, 69-69
packages/ciphernode/evm/src/enclave_sol_reader.rs (1)
1-2: ApprovedThe imports of
EvmEventReaderandAddrare appropriate and necessary for the updated functionality.packages/ciphernode/evm/src/enclave_sol_writer.rs (2)
41-41: Validaterpc_urlwithensure_http_rpcGood job adding
ensure_http_rpcto validate therpc_urlbefore creating the provider. This ensures that the RPC URL is correctly formatted and helps prevent potential connection issues.
56-60: Subscribe toShutdownEventSubscribing to the
Shutdownevent allows theEnclaveSolWriteractor to handle shutdown signals gracefully, enhancing the robustness of the application.packages/ciphernode/evm/src/registry_filter_sol.rs (3)
1-1: Import statements updated correctlyThe new imports for
create_provider_with_signer,ensure_http_rpc, andSignerProviderare appropriately added, aligning with the updated functionality.
12-12: Imports ofShutdownandSubscribeadded appropriatelyThe addition of
ShutdownandSubscribefromenclave_coreis correct and necessary for handling shutdown events and subscriptions.
37-37: Enhanced RPC URL validation withensure_http_rpcGood use of
ensure_http_rpc(rpc_url)to validate the RPC URL before creating the provider. This enhances error handling by ensuring that only valid HTTP RPC URLs are used.packages/ciphernode/evm/src/helpers.rs (2)
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26-57: Proper handling of shutdown instream_from_evmThe addition of the
shutdownparameter and the use of theselect!macro to handle the shutdown signal are well implemented. This ensures that the stream can be gracefully stopped when a shutdown signal is received.
159-177: Unit tests provide good coverageThe unit tests effectively cover the different scenarios for
ensure_http_rpcandensure_ws_rpc, verifying their behavior with various input cases. This helps ensure the correctness of these functions.packages/ciphernode/router/src/context.rs (2)
16-24: Well-defined context structure enhances modularity and readabilityThe introduction of the
E3RequestContextstruct provides a clear and organized way to manage dependencies and state within event hooks. This design improves modularity and maintainability by encapsulating related components in a single context.
180-182: Ensure error handling covers all feature hydrationsIn the loop where features hydrate the context, if one feature fails to hydrate, the entire context initialization fails. Verify that this is the intended behavior. If partial hydration is acceptable, consider collecting errors and proceeding with the remaining features.
To verify the error handling mechanism, review the
hydrateimplementations of the features to ensure they fail gracefully and provide meaningful error messages.packages/ciphernode/router/src/e3_request_router.rs (1)
135-136: Check for concurrent modification risksAccessing
self.featureswithin the event loop should be thread-safe. Ensure that no concurrent modifications can occur that might lead to unexpected behavior.Consider reviewing the usage of
Arcand synchronization primitives to prevent data races.packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (1)
406-407: Check the Result ofbus.sendfor Error HandlingWhen sending messages with
bus.send(GetHistory).await?, ensure that errors are properly handled or propagated.Confirm that the
await?correctly handles potential errors and that thehistoryvariable receives the expected data.packages/ciphernode/router/src/ciphernode_selector.rs (5)
4-4: Imports updated correctly to include necessary items.The added imports for
E3RequestedandShutdownare appropriate and necessary for the new event handling functionality.
31-31: Subscribed to 'Shutdown' event successfully.The actor now subscribes to the
Shutdownevent, ensuring it can handle shutdown signals appropriately.
38-46: Efficient forwarding ofEnclaveEventmessages.The implementation of
Handler<EnclaveEvent>now cleanly forwardsE3RequestedandShutdownevents to their respective handlers usingctx.notify(data), simplifying message processing.
82-88: ImplementedHandler<Shutdown>for graceful termination.The addition of the
Shutdownhandler allowsCiphernodeSelectorto stop gracefully, improving the actor's lifecycle management.
51-51: Updated function signature inimpl Handler<E3Requested>.The
handlemethod now directly acceptsE3Requesteddata, enhancing clarity by removing unnecessary pattern matching onEnclaveEvent.Run the following script to verify that all implementations of
Handler<E3Requested>use the updated function signature:✅ Verification successful
All implementations of
Handler<E3Requested>have been updated with the new function signature.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify that all `Handler<E3Requested>` implementations have the updated signature. # Search for `impl Handler<E3Requested>` and display the method signatures. rg -A 3 'impl Handler<E3Requested>' -- 'src/**/*.rs'Length of output: 106
Script:
#!/bin/bash # Description: Verify that all `Handler<E3Requested>` implementations have the updated signature by searching within the 'packages' directory. # Find all Rust source files within the 'packages' directory and search for `impl Handler<E3Requested>` with their method signatures. fd --extension rs --search-path packages | xargs rg -A 3 'impl Handler<E3Requested>'Length of output: 480
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#!/bin/bash # Description: Count the number of `Handler<E3Requested>` implementations to ensure all are updated. # Find all implementations of `Handler<E3Requested>` within the 'packages' directory and count them. fd --extension rs --search-path packages | xargs rg 'impl Handler<E3Requested>' -cLength of output: 140
packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs
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- packages/ciphernode/data/src/repository.rs (1 hunks)
- packages/ciphernode/router/src/hooks.rs (1 hunks)
- packages/ciphernode/router/src/repositories.rs (1 hunks)
- packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (2 hunks)
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📓 Learnings (1)
packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (1)
Learnt from: ryardley PR: gnosisguild/enclave#145 File: packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs:82-83 Timestamp: 2024-10-22T02:10:34.864Z Learning: In the file `packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs`, when reviewing test functions like `generate_pk_share`, minor performance optimizations (e.g., minimizing mutex locks) are not a priority.
🔇 Additional comments (4)
packages/ciphernode/router/src/repositories.rs (4)
1-11: LGTM: Imports and struct definition are appropriate.The imports cover all necessary modules and types for the implementation. The
Repositoriesstruct definition encapsulating aDataStorealigns well with the PR objectives for implementing hydration and data persistence.
26-30: LGTM:newmethod implementation is idiomatic.The
newmethod provides a clear and idiomatic way to create aRepositoriesinstance, consistent with Rust conventions and the PR objectives.
73-75: LGTM:RepositoriesFactorytrait is well-defined.The
RepositoriesFactorytrait provides a clear and standard interface for types that can produceRepositoriesinstances. This design allows for flexibility and potential future extensions, aligning with good software design practices.
77-81: LGTM:RepositoriesFactoryimplementation forDataStoreis efficient.The implementation leverages the
Fromtrait to provide a concise and efficient way to createRepositoriesfrom aDataStore. This approach is both idiomatic and consistent with the overall design.
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Actionable comments posted: 10
🧹 Outside diff range and nitpick comments (5)
packages/ciphernode/data/src/in_mem.rs (3)
Line range hint
4-14: LGTM! Consider future-proofing theDataOpenum.The new
GetLogmessage andDataOpenum are well-structured additions that support the logging feature. The import changes also improve modularity.Consider adding a
Getvariant to theDataOpenum to account for potential future logging of read operations:pub enum DataOp { Insert(Insert), Get(Get), }This change would make the logging more comprehensive and flexible for future requirements.
35-45: LGTM! Consider adding error handling for insertions.The
Handler<Insert>implementation correctly handles data insertion and conditional logging. The use ofto_vec()ensures proper data isolation.Consider adding error handling for potential failed insertions. For example:
impl Handler<Insert> for InMemStore { type Result = Result<(), std::io::Error>; fn handle(&mut self, event: Insert, _: &mut Self::Context) -> Self::Result { match self.db.insert(event.key().to_vec(), event.value().to_vec()) { Some(_) | None => { if self.capture { self.log.push(DataOp::Insert(event)); } Ok(()) }, Err(e) => Err(std::io::Error::new(std::io::ErrorKind::Other, e.to_string())), } } }This change would provide more robust error handling and allow callers to react to insertion failures.
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47-60: LGTM! Consider optimizingGetLogand adding error handling.Both
Handler<Get>andHandler<GetLog>implementations are functionally correct. TheGethandler efficiently retrieves and clones the value from the store.
- For
Handler<GetLog>, consider implementing pagination or returning a reference to avoid cloning the entire log, which could be inefficient for large logs:impl Handler<GetLog> for InMemStore { type Result = &[DataOp]; fn handle(&mut self, _: GetLog, _: &mut Self::Context) -> Self::Result { &self.log } }
- Add error handling to both implementations:
impl Handler<Get> for InMemStore { type Result = Result<Option<Vec<u8>>, std::io::Error>; fn handle(&mut self, event: Get, _: &mut Self::Context) -> Self::Result { Ok(self.db.get(event.key()).cloned()) } } impl Handler<GetLog> for InMemStore { type Result = Result<&[DataOp], std::io::Error>; fn handle(&mut self, _: GetLog, _: &mut Self::Context) -> Self::Result { Ok(&self.log) } }These changes would improve efficiency and provide more robust error handling.
packages/ciphernode/data/src/sled_store.rs (2)
7-10: Add Documentation Comments toSledStoreStructConsider adding Rust documentation comments (
///) to theSledStorestruct to explain its purpose, usage, and any important details. This will improve code readability and help other developers understand its role within the system.
52-58: Remove UnnecessaryreturnStatementIn Rust, the last expression in a function is automatically returned. The explicit
returnstatement at line 52 is unnecessary and can be omitted for cleaner code.Apply this diff to simplify the code:
- return match res { + match res { Ok(value) => value.map(|v| v.to_vec()), Err(err) => { self.bus.err(EnclaveErrorType::Data, err); None } };
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📒 Files selected for processing (5)
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- packages/ciphernode/data/src/data_store.rs (1 hunks)
- packages/ciphernode/data/src/in_mem.rs (3 hunks)
- packages/ciphernode/data/src/sled_store.rs (1 hunks)
- packages/ciphernode/router/src/hooks.rs (1 hunks)
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📓 Learnings (1)
packages/ciphernode/data/Cargo.toml (1)
Learnt from: ryardley PR: gnosisguild/enclave#145 File: packages/ciphernode/data/Cargo.toml:0-0 Timestamp: 2024-10-22T02:36:01.448Z Learning: In `packages/ciphernode/data/Cargo.toml`, `actix-rt` is only used in tests and should remain in `[dev-dependencies]`.
🔇 Additional comments (8)
packages/ciphernode/data/Cargo.toml (2)
10-16: LGTM! The added dependencies align well with the PR objectives.The new dependencies (enclave-core, anyhow, serde, sled, bincode, tracing, async-trait) are well-suited for implementing hydration and data persistence as outlined in the PR objectives. They provide the necessary tools for error handling, serialization, database operations, tracing, and asynchronous programming. The use of workspace-level version management (
workspace = true) is a good practice for maintaining consistency across the project.
18-19: LGTM! The placement ofactix-rtin[dev-dependencies]is correct.The addition of
actix-rtas a development dependency is appropriate. As per the previous discussion and the learning from @ryardley,actix-rtis only used in tests and should remain in[dev-dependencies]. This placement ensures that it's available for testing purposes without unnecessarily including it in production builds.packages/ciphernode/data/src/in_mem.rs (3)
15-19: LGTM! Improved struct naming and added logging support.The renaming of
DatatoInMemStoreis more descriptive and the addition oflogandcapturefields effectively supports the new logging feature. The use ofBTreeMapfordbis appropriate for an ordered key-value store.
21-23: LGTM! CorrectActorimplementation.The
Actortrait implementation forInMemStoreis correct and allows it to be used within the Actix actor system.
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25-33: LGTM! Well-implemented constructor.The
newmethod forInMemStoreis well-implemented. It correctly initializes all fields and provides flexibility for logging behavior through thecaptureparameter.packages/ciphernode/data/src/data_store.rs (3)
1-35: LGTM: Imports and message structs are well-definedThe imports are appropriate, and the
InsertandGetstructs are correctly implemented as message types. The methods returning references instead of cloned values are an efficient design choice.
37-43: LGTM: DataStore struct is well-definedThe
DataStorestruct is correctly defined with appropriate fields for scope and message recipients, following Actix patterns for actor communication.
47-56: LGTM: DataStore::read method is well-implementedThe
readmethod is correctly implemented as an asynchronous function. It properly handles the retrieval and deserialization of data, with appropriate error handling.
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Actionable comments posted: 5
🧹 Outside diff range and nitpick comments (19)
packages/ciphernode/router/src/ciphernode_selector.rs (3)
19-22: LGTM: Method signature updated correctly.The
newmethod has been appropriately updated to accept references and perform cloning within the method. This change improves flexibility and is consistent with updates in other files.Consider using the
to_owned()method foraddressin line 23 for consistency:- address: address.to_owned(), + address: address.to_string(),
38-46: LGTM: Event handling simplified and expanded.The
Handler<EnclaveEvent>implementation has been updated to handle bothE3RequestedandShutdownmessages, simplifying the event handling process. This change aligns well with the overall shift towards more straightforward event handling in the PR.Consider using a more specific pattern match to avoid the catch-all case:
match msg { EnclaveEvent::E3Requested { data, .. } => ctx.notify(data), EnclaveEvent::Shutdown { data, .. } => ctx.notify(data), - _ => (), }This change would make the code more robust against future additions to the
EnclaveEventenum.
Line range hint
48-80: LGTM: E3Requested handling simplified.The
Handler<E3Requested>implementation has been updated to directly handle theE3Requestedtype, simplifying the logic and improving efficiency. This change aligns well with the overall improvements in event handling across the PR.Consider using
tracing::info!instead ofinfo!for consistency with the shutdown handler:- info!(node = address, "Ciphernode was not selected"); + tracing::info!(node = address, "Ciphernode was not selected");packages/ciphernode/enclave_node/src/ciphernode.rs (2)
57-58: LGTM: Updated method signature with improved flexibilityThe changes to the
attachmethod signature are appropriate:
- The new
data_locationparameter allows for flexible data store initialization.- Returning
Addr<EventBus>instead ofAddr<Self>seems more suitable for the current architecture.These changes align well with the new data management approach and overall architectural changes.
Consider adding a comment explaining the significance of the
data_locationparameter and its impact on the data store initialization.
64-70: LGTM: Flexible data store initializationThe new data store initialization logic is well-implemented:
- It allows for either
SledStoreorInMemStorebased on thedata_location.- The
repositoriesabstraction provides a clean interface for data access.Consider adding error handling for the case where
SledStore::new()fails. You might want to provide a fallback toInMemStoreor propagate a more informative error message.packages/ciphernode/enclave_node/src/aggregator.rs (4)
35-35: LGTM: Improved memory management forEventBus.The change to pass
busas a reference and clone it inside the struct improves memory management by allowing the caller to retain ownership of theEventBus. This is consistent with the PR objectives of enhancing the overall architecture.Consider using
bus.clone()directly in the struct initialization to avoid an extra variable:Self { e3_manager, bus: bus.clone(), sortition, p2p, }Also applies to: 42-42
52-53: LGTM: Signature changes enhance flexibility and align with architecture.The addition of the
data_locationparameter and the change in return type toAddr<EventBus>align well with the PR objectives of implementing hydration and centralizing communication through theEventBus.Consider adding documentation for the
data_locationparameter to clarify its purpose and expected values.
59-65: LGTM: Data store implementation aligns with hydration objectives.The implementation of
DataStorecreation based on thedata_locationparameter directly addresses the PR objectives of implementing hydration for data persistence. The use ofSledStorefor persistent storage andInMemStorefor in-memory storage provides flexibility, and creating repositories from the store aligns with the goal of simplifying the API and enhancing type safety.Consider adding error handling for the case where
SledStore::new()fails:let store: DataStore = match data_location { Some(loc) => match SledStore::new(&bus, loc) { Ok(sled_store) => (&sled_store.start()).into(), Err(e) => return Err(anyhow::anyhow!("Failed to create SledStore: {}", e)), }, None => (&InMemStore::new(true).start()).into(), };
80-85: LGTM: Feature-based architecture and consistent bus handling.The shift to a feature-based architecture in
E3RequestRouteraligns well with the PR objectives and improves modularity. The consistent use of passing a reference tobusinMainAggregator::new()improves memory management.For consistency, consider updating the
E3RequestRouter::buildercall to use a reference tobus:let e3_manager = E3RequestRouter::builder(&bus, store) .add_feature(FheFeature::create(&bus, &rng)) .add_feature(PublicKeyAggregatorFeature::create(&bus, &sortition)) .add_feature(PlaintextAggregatorFeature::create(&bus, &sortition)) .build() .await?;Also applies to: 100-101
packages/ciphernode/evm/src/ciphernode_registry_sol.rs (2)
Line range hint
65-93: LGTM:extractorfunction improvementsThe changes to the
extractorfunction are good:
- Making it public allows for better modularity.
- Returning
Noneon errors instead of panicking is a more graceful approach.Consider using
tracing::warn!instead oferror!for parsing issues, as they might not always indicate a critical problem.
98-105: LGTM: UpdatedCiphernodeRegistrySolReader::attachmethodThe changes to the
attachmethod are well-aligned with the new event handling approach:
- Taking a reference to
Addr<EventBus>is more flexible.- Returning
Addr<EvmEventReader>is consistent with the new implementation.- Using
EvmEventReader::attachsimplifies the code.Consider adding a brief comment explaining the purpose of this method, as it now acts more like a factory for
EvmEventReader.packages/ciphernode/evm/src/enclave_sol_writer.rs (1)
35-43: LGTM: Improved memory efficiency and added RPC URL validation.The changes to the
newmethod are good:
- Using references for
busandsignerimproves memory efficiency.- Adding
ensure_http_rpcenhances input validation.- Cloning
busallows for multiple ownership, which is often necessary in the actor model.Minor suggestion: Consider using
bus: bus.clone()instead ofbus: bus.clone(),to be consistent with the no-trailing-comma style used elsewhere in the struct initialization.packages/ciphernode/evm/src/helpers.rs (3)
122-122: Improved thread safety with ArcThe change to use
&Arc<PrivateKeySigner>for thesignerparameter is a good improvement for thread safety and memory management. This aligns well with best practices for shared ownership in concurrent scenarios.Consider adding a brief comment explaining the rationale behind using
Archere, as it might not be immediately obvious to all developers why this change was made.Also applies to: 130-130
141-148: Approved: ensure_http_rpc functionThe
ensure_http_rpcfunction effectively converts WebSocket URLs to HTTP URLs, which aligns with the PR objectives. It correctly handles both "ws://" and "wss://" protocols.Consider using a match statement for slightly more concise and idiomatic Rust code:
pub fn ensure_http_rpc(rpc_url: &str) -> String { match rpc_url { url if url.starts_with("ws://") => url.replacen("ws://", "http://", 1), url if url.starts_with("wss://") => url.replacen("wss://", "https://", 1), _ => rpc_url.to_string(), } }This suggestion maintains the same functionality while potentially improving readability.
159-177: Approved: Comprehensive test coverage for URL conversion functionsThe new test module provides excellent coverage for both
ensure_http_rpcandensure_ws_rpcfunctions. All possible scenarios are tested, which is crucial for ensuring the reliability of these utility functions.To further enhance the tests, consider adding a negative test case for each function. For example:
#[test] fn test_ensure_http_rpc_with_invalid_input() { assert_eq!(ensure_http_rpc("invalid://foo.com"), "invalid://foo.com"); } #[test] fn test_ensure_ws_rpc_with_invalid_input() { assert_eq!(ensure_ws_rpc("invalid://foo.com"), "invalid://foo.com"); }These additional tests would confirm that the functions handle unexpected inputs gracefully.
packages/ciphernode/router/src/e3_request_router.rs (1)
176-199: Good implementation of snapshot and checkpoint functionalityThe addition of
E3RequestRouterSnapshotand the implementations ofSnapshotandCheckpointtraits forE3RequestRouterare well-done. These changes enable state persistence and recovery, which are crucial for system reliability.Consider using
iter().cloned().collect()instead ofkeys().cloned().collect()for slightly better performance:-let contexts = self.contexts.keys().cloned().collect(); +let contexts = self.contexts.iter().map(|(k, _)| k.clone()).collect();packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (2)
17-17: Consider using a more specific import for AddressInstead of importing the entire
alloy::primitivesmodule, consider importingAddressdirectly for better clarity.-use alloy::{primitives::Address, signers::k256::sha2::digest::Reset}; +use alloy::primitives::Address; +use alloy::signers::k256::sha2::digest::Reset;
180-185: Consider adding a check for total < lenThe
pad_endfunction could potentially panic iftotalis less thaninput.len(). Consider adding a check to handle this case.fn pad_end(input: &[u64], pad: u64, total: usize) -> Vec<u64> { let len = input.len(); + if total < len { + return input[..total].to_vec(); + } let mut cop = input.to_vec(); cop.extend(std::iter::repeat(pad).take(total - len)); cop }packages/ciphernode/router/src/hooks.rs (1)
17-17: Reminder to address the TODO commentThere's a TODO comment on line 17 indicating:
/// TODO: move these to each package with access on MyStruct::launcher()Consider implementing this change to improve code organization and maintainability by placing each feature in its respective package.
Would you like assistance in creating a plan to refactor these features or opening a GitHub issue to track this task?
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- packages/ciphernode/data/src/data_store.rs (1 hunks)
- packages/ciphernode/enclave_node/src/aggregator.rs (5 hunks)
- packages/ciphernode/enclave_node/src/ciphernode.rs (5 hunks)
- packages/ciphernode/evm/src/ciphernode_registry_sol.rs (3 hunks)
- packages/ciphernode/evm/src/enclave_sol.rs (1 hunks)
- packages/ciphernode/evm/src/enclave_sol_reader.rs (3 hunks)
- packages/ciphernode/evm/src/enclave_sol_writer.rs (5 hunks)
- packages/ciphernode/evm/src/event_reader.rs (1 hunks)
- packages/ciphernode/evm/src/helpers.rs (4 hunks)
- packages/ciphernode/evm/src/registry_filter_sol.rs (6 hunks)
- packages/ciphernode/router/src/ciphernode_selector.rs (3 hunks)
- packages/ciphernode/router/src/e3_request_router.rs (5 hunks)
- packages/ciphernode/router/src/hooks.rs (1 hunks)
- packages/ciphernode/sortition/src/sortition.rs (4 hunks)
- packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (2 hunks)
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- packages/ciphernode/evm/src/registry_filter_sol.rs
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📓 Learnings (1)
packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (3)
Learnt from: ryardley PR: gnosisguild/enclave#145 File: packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs:82-83 Timestamp: 2024-10-22T02:10:34.864Z Learning: In the file `packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs`, when reviewing test functions like `generate_pk_share`, minor performance optimizations (e.g., minimizing mutex locks) are not a priority.Learnt from: ryardley PR: gnosisguild/enclave#133 File: packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs:137-139 Timestamp: 2024-10-08T19:45:18.209Z Learning: In `packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs`, using the same RNG instance `rng_test` for generating multiple key shares without advancing its state is acceptable.Learnt from: ryardley PR: gnosisguild/enclave#133 File: packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs:137-139 Timestamp: 2024-10-03T23:02:41.732Z Learning: In `packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs`, using the same RNG instance `rng_test` for generating multiple key shares without advancing its state is acceptable.
🔇 Additional comments (71)
packages/ciphernode/evm/src/enclave_sol.rs (1)
12-19: Approve changes toattachmethod signature and implementation.The updates to the
attachmethod, including the use of references forbusandsignerparameters, are improvements that can lead to better memory management and reduced cloning. These changes align with the broader updates mentioned in the PR objectives and AI summary.To ensure consistency across the codebase, let's verify similar changes in related files:
This script will help verify that similar changes have been made consistently across related files and identify any remaining instances that might need updating.
packages/ciphernode/router/src/ciphernode_selector.rs (3)
4-4: LGTM: Import statement updated correctly.The import statement has been appropriately updated to include
E3RequestedandShutdown, which aligns with the new event types introduced in this PR.
27-31: LGTM: Method updated correctly with new subscription.The
attachmethod has been appropriately updated to accept references, maintaining consistency with thenewmethod. The addition of the "Shutdown" subscription aligns well with the new shutdown handling capability introduced in this PR.
82-88: LGTM: Shutdown handling added.The new
Handler<Shutdown>implementation adds proper shutdown handling to theCiphernodeSelectoractor. This addition improves the actor's lifecycle management and aligns with the introduction of theShutdownevent across various components in the PR.packages/ciphernode/evm/src/enclave_sol_reader.rs (3)
1-7: LGTM: Import changes reflect architectural shiftThe changes in imports, particularly the addition of
EvmEventReaderand removal ofReadonlyProvider, indicate a shift in the event reading mechanism. This aligns with the broader changes in the module's architecture.
52-52: LGTM:extractorfunction made publicThe
extractorfunction has been made public, allowing for external access. This change aligns with the new architecture and maintains the existing logic for event extraction.
80-80: Consider further simplification ofEnclaveSolReaderThe
EnclaveSolReaderstruct is now empty, suggesting it's used as a namespace for associated functions. This aligns with the removal of the actor implementation.As previously suggested, re-evaluate the necessity of the
EnclaveSolReaderstruct. Consider whether it can be replaced with a module or removed entirely if it's no longer providing value beyond grouping functions.packages/ciphernode/enclave_node/src/ciphernode.rs (5)
4-4: LGTM: Import changes align with new architectureThe new imports for
DataStore,InMemStore,SledStore,FheFeature,KeyshareFeature, andRepositoriesFactoryare consistent with the transition to a feature-based architecture and the introduction ofDataStorefor data management.Also applies to: 11-13
26-26: LGTM: Updated data field typeThe change from
Addr<Data>toDataStorefor thedatafield is consistent with the new data management approach usingDataStore.
37-37: LGTM: Updated constructor parameter typeThe change of the
dataparameter type fromAddr<Data>toDataStorein thenewmethod is consistent with the struct field change and supports the new data management approach.
97-107: LGTM: Updated MainCiphernode initializationThe changes in the
MainCiphernode::newcall are consistent with the updates to the method signature and the overall architectural changes:
- The order and number of parameters have been adjusted correctly.
- The use of
storeinstead ofdataaligns with the transition toDataStore.These changes ensure that the
MainCiphernodeis initialized correctly with the new data management approach.
86-90: LGTM: Improved E3RequestRouter initialization with feature-based architectureThe new initialization of
E3RequestRouterusing a builder pattern with feature additions is a significant improvement:
- It allows for more flexible and modular configuration.
- The use of
FheFeatureandKeyshareFeaturealigns well with the new feature-based architecture.Ensure that any errors arising from the asynchronous
.build().await?are properly propagated and handled. Consider adding specific error handling for this asynchronous operation.packages/ciphernode/enclave_node/src/aggregator.rs (1)
3-3: LGTM: Import changes align with PR objectives.The new imports for
DataStore,InMemStore, andSledStore, as well as the updated imports from theroutermodule, align well with the PR objectives of implementing hydration for data persistence and shifting towards a feature-based architecture.Also applies to: 12-15
packages/ciphernode/evm/src/ciphernode_registry_sol.rs (2)
1-1: LGTM: Import ofEvmEventReaderaddedThe addition of the
EvmEventReaderimport aligns with the changes in theattachmethod, which now returnsAddr<EvmEventReader>.
95-96: LGTM: SimplifiedCiphernodeRegistrySolReaderstructThe simplification of
CiphernodeRegistrySolReaderto a unit struct is appropriate given the removal of its fields andnewmethod. This change addresses the previous suggestion to refactor this struct since it no longer contains any fields.packages/ciphernode/data/src/data_store.rs (4)
1-7: LGTM: Imports are appropriate and concise.The imports cover all necessary dependencies for the implemented functionality, including error handling, serialization, and actor-based communication.
9-24: LGTM:Insertstruct is well-implemented.The
Insertstruct is correctly implemented with appropriate trait derivations. Thenew()method uses theIntoKeytrait for flexible key types, and thekey()andvalue()methods efficiently return references to avoid unnecessary cloning.
26-37: LGTM:Getstruct is well-implemented.The
Getstruct is correctly implemented with appropriate trait derivations. Thenew()method uses theIntoKeytrait for flexible key types, and thekey()method efficiently returns a reference to avoid unnecessary cloning.
1-137: Overall, the implementation is well-structured and efficient, with some room for improvement.The
data_store.rsfile implements a robust key-value data store using Actix for message handling. The code makes good use of Rust's type system and the actor model. Here are the main points:
- The
InsertandGetmessage types are well-implemented with appropriate trait derivations and efficient methods.- The
DataStorestruct provides a comprehensive interface for interacting with the data store.- There are a few areas where performance could be improved, particularly in the
scopeandget_scopemethods.- Error handling in the
writemethod could be more explicit to allow callers to handle errors.- There's some code duplication in the
Fromimplementations that could be reduced using a macro.Addressing these points would further enhance the quality and maintainability of the code.
packages/ciphernode/evm/src/enclave_sol_writer.rs (5)
4-4: LGTM: Import for RPC URL validation added.The addition of
ensure_http_rpcimport is a good practice for validating the RPC URL before use.
15-15: LGTM: Import for Shutdown message added.The addition of the
Shutdownimport aligns with the PR objective of implementing graceful termination.
48-60: LGTM: Improved method signature and added Shutdown event subscription.The changes to the
attachmethod are good:
- Using references in the method signature is consistent with the
newmethod changes.- Adding a subscription to the "Shutdown" event aligns with the PR objectives for implementing graceful termination.
80-80: Consider simplifying the Shutdown event handling.The addition of the
EnclaveEvent::Shutdownmatch arm is good for implementing graceful termination. However, as suggested in a previous review comment, consider simplifying this to directly callctx.stop()instead of notifying self with the data.
111-116: LGTM: Shutdown handler implemented.The addition of the
Handler<Shutdown>implementation forEnclaveSolWriteris good:
- It properly implements the shutdown logic by stopping the actor's context.
- This is consistent with the PR objectives for implementing graceful termination.
- The implementation is simple and straightforward.
packages/ciphernode/sortition/src/sortition.rs (9)
5-6: LGTM: New imports for async traits and data management.The added imports for
async_traitanddataare appropriate for implementing hydration and data persistence features as outlined in the PR objectives.
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27-88: LGTM: NewSortitionModulestruct and updatedSortitionstruct.The introduction of
SortitionModuleand the updates toSortitionimprove modularity and align with the PR objectives for implementing hydration and data persistence. TheSortitionList<String>implementation ensures that core node management functionality is maintained.
89-92: LGTM: NewSortitionParamsstruct.The
SortitionParamsstruct effectively encapsulates the parameters needed for creating aSortitioninstance, including theRepository<SortitionModule>for data persistence. This aligns well with the PR objectives.
96-100: LGTM: UpdatedSortition::newmethod.The
newmethod now acceptsSortitionParams, allowing for proper dependency injection of both the event bus and the data store. This change aligns well with the PR objectives for implementing hydration and data persistence.
104-109: LGTM: UpdatedSortition::attachmethod.The
attachmethod now properly initializes aSortitioninstance with both the event bus and data store. This change aligns well with the PR objectives for implementing hydration and data persistence.
123-128: LGTM: NewSnapshottrait implementation forSortition.The
Snapshottrait implementation forSortitionallows for creating a snapshot of theSortitionstate. This aligns well with the PR objectives for implementing hydration and data persistence.
130-140: LGTM: NewFromSnapshotWithParamstrait implementation forSortition.The
FromSnapshotWithParamstrait implementation forSortitionenables the reconstruction ofSortitionstate from a snapshot and parameters. This aligns well with the PR objectives for implementing hydration and data persistence. The use ofasync_traitis appropriate for handling potential asynchronous operations during reconstruction.
142-146: LGTM: NewCheckpointtrait implementation forSortition.The
Checkpointtrait implementation forSortitionallows for retrieving theRepository<SortitionModule>fromSortition. This aligns well with the PR objectives for implementing hydration and data persistence, providing a way to access the underlying data store.
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1-147: Overall: Excellent implementation of hydration and data persistence forSortition.The changes in this file successfully implement hydration and data persistence for the
Sortitionmodule, aligning well with the PR objectives. The introduction ofSortitionModule,SortitionParams, and the implementations ofSnapshot,FromSnapshotWithParams, andCheckpointtraits provide a robust framework for state management and serialization.These changes are consistent with the broader restructuring effort across multiple files in the PR, as mentioned in the AI-generated summary. The new structure enhances the module's ability to manage and retain its state, supporting the goals of improved data persistence capabilities.
Great job on implementing these features while maintaining the core functionality of the
Sortitionmodule!packages/ciphernode/evm/src/helpers.rs (3)
18-18: Excellent implementation of graceful shutdown mechanismThe changes to the
stream_from_evmfunction effectively implement a graceful shutdown mechanism. The use of theselect!macro allows for concurrent handling of incoming logs and the shutdown signal, which aligns well with the PR objective of cleaning up on SIGTERM (issue #149). This improvement enhances the robustness of the streaming process.Also applies to: 26-26, 36-57, 63-64
150-157: Approved: ensure_ws_rpc functionThe
ensure_ws_rpcfunction effectively converts HTTP URLs to WebSocket URLs, complementing theensure_http_rpcfunction. It correctly handles both "http://" and "https://" protocols.As suggested for the
ensure_http_rpcfunction, consider using a match statement here as well for consistency and potentially improved readability.
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1-177: Overall: Excellent improvements to EVM helpersThe changes in this file significantly enhance the functionality and robustness of the EVM helpers. Key improvements include:
- Implementation of a graceful shutdown mechanism in
stream_from_evm.- Enhanced thread safety in
create_provider_with_signer.- Addition of URL protocol conversion functions
ensure_http_rpcandensure_ws_rpc.- Comprehensive test coverage for the new functions.
These changes align well with the PR objectives, particularly addressing the cleanup on SIGTERM (issue #149) and improving overall code quality. The minor suggestions provided in the review comments could further refine the implementation.
Great work on these improvements!
packages/ciphernode/router/src/e3_request_router.rs (6)
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1-53: Excellent architectural improvements!The transition to a feature-based architecture with the introduction of the
E3Featuretrait is a significant improvement. This design choice enhances modularity, extensibility, and maintainability of the codebase. The use of the#[async_trait]attribute for thehydratemethod is correct and allows for asynchronous operations in trait methods.
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110-163: Improved event handling with feature-based systemThe new implementation of
Handler<EnclaveEvent>forE3RequestRouterprovides better separation of concerns by delegating event handling to features. The early check for the shutdown event is a good practice for graceful termination.However, there's a potential performance issue:
[performance]
Consider optimizing the feature iteration to avoid cloningself.featuresin each event handling:-for feature in self.features.clone().iter() { +for feature in self.features.iter() { feature.on_event(context, &msg); }
166-174: Improve error handling in shutdown processThe
Handler<Shutdown>implementation ensures that all contexts are notified of the shutdown event, which is good for graceful termination. However, there's room for improvement in error handling.
[error_handling]
Consider adding error handling for theforward_message_nowcalls:for (_, ctx) in self.contexts.iter() { - ctx.forward_message_now(&shutdown_evt) + if let Err(e) = ctx.forward_message_now(&shutdown_evt) { + log::error!("Failed to forward shutdown event: {:?}", e); + // Consider additional error handling or recovery steps + } }
201-235: Enhance error handling infrom_snapshotmethodThe
FromSnapshotWithParamsimplementation forE3RequestRouteris a crucial addition for state recovery. However, the current implementation silently ignores errors during context restoration, which could lead to incomplete state recovery without proper notification.
[error_handling]
Consider collecting and logging errors during context restoration:+let mut restoration_errors = Vec::new(); for e3_id in snapshot.contexts { let Some(ctx_snapshot) = repositories.context(&e3_id).read().await? else { + restoration_errors.push(format!("Missing snapshot for context {}", e3_id)); continue; }; - contexts.insert( - e3_id.clone(), - E3RequestContext::from_snapshot( - E3RequestContextParams { - store: repositories.context(&e3_id), - e3_id: e3_id.clone(), - features: params.features.clone(), - }, - ctx_snapshot, - ) - .await?, - ); + match E3RequestContext::from_snapshot( + E3RequestContextParams { + store: repositories.context(&e3_id), + e3_id: e3_id.clone(), + features: params.features.clone(), + }, + ctx_snapshot, + ).await { + Ok(context) => { contexts.insert(e3_id.clone(), context); } + Err(e) => restoration_errors.push(format!("Failed to restore context {}: {:?}", e3_id, e)), + } } +if !restoration_errors.is_empty() { + log::warn!("Errors during context restoration: {:?}", restoration_errors); +}
237-272: ImprovedE3RequestRouterBuilderwith snapshot supportThe updates to
E3RequestRouterBuilderalign well with the new feature-based and snapshot-aware architecture. The default addition ofCommitteeMetaFeatureensures that all routers have this essential feature.[error_handling]
Consider adding error handling for feature addition:-pub fn add_feature(mut self, listener: Box<dyn E3Feature>) -> Self { - self.features.push(listener); - self +pub fn add_feature(mut self, listener: Box<dyn E3Feature>) -> Result<Self> { + // Perform any necessary validation on the feature + if /* feature is valid */ { + self.features.push(listener); + Ok(self) + } else { + Err(anyhow!("Invalid feature")) + } }This change would allow for validation of features before they're added and provide better error handling.
60-100: Great improvements toE3RequestRouterstructure and initialization!The updated
E3RequestRouterstruct and the introduction ofE3RequestRouterParamsenhance flexibility and separation of concerns. The use ofArc<Vec<Box<dyn E3Feature>>>is an efficient way to share features across contexts.Consider adding error handling in the
from_paramsmethod:packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs (22)
1-12: LGTM: Updated imports and type definitionsThe new imports and type definitions align well with the changes in the test file. They reflect the addition of new features and components, such as
DataStore,InMemStore, and various router features.
20-21: LGTM: Updated FHE importsThe imports for FHE-related types and traits have been updated to include necessary components for the tests.
32-38: LGTM: New LocalCiphernodeTuple type definitionThe
LocalCiphernodeTupletype definition provides a clear structure for the return value of thesetup_local_ciphernodefunction.
40-65: LGTM: Updated setup_local_ciphernode functionThe
setup_local_ciphernodefunction has been updated to include the newDataStoreand router features. The changes align well with the new architecture and provide a good setup for the tests.
69-73: LGTM: Updated generate_pk_share functionThe
generate_pk_sharefunction has been updated to include theaddrparameter and return aResult<PkSkShareTuple>. This change aligns with the new requirements and improves error handling.Also applies to: 76-76
79-90: LGTM: New generate_pk_shares functionThe
generate_pk_sharesfunction is a helpful addition that generates multiple public key shares. It's well-implemented and uses thegenerate_pk_sharefunction effectively.
92-96: LGTM: New create_random_eth_addrs functionThe
create_random_eth_addrsfunction is a useful helper for generating random Ethereum addresses for testing purposes.
98-104: LGTM: New RNG and seed creation functionsThe
create_shared_rng_from_u64andcreate_seed_from_u64functions provide consistent ways to create RNGs and seeds for testing, which is good for reproducibility.
106-123: LGTM: New create_crp_bytes_params functionThe
create_crp_bytes_paramsfunction encapsulates the creation of CRP bytes and parameters, which is useful for setting up the test environment.
125-151: LGTM: New AddToCommittee struct and implementationThe
AddToCommitteestruct and its implementation provide a clean way to add addresses to the committee and create corresponding events. This is a good abstraction for the test setup.
153-166: LGTM: New create_local_ciphernodes functionThe
create_local_ciphernodesfunction is a helpful addition for setting up multiple local ciphernodes in the test environment.
168-178: LGTM: New encrypt_ciphertext functionThe
encrypt_ciphertextfunction encapsulates the encryption logic and returns both the ciphertext and the expected serialized output, which is useful for testing.
187-195: LGTM: New add_ciphernodes functionThe
add_ciphernodesfunction is a useful helper for adding multiple ciphernodes to the test environment and generating the corresponding events.
197-200: LGTM: New type aliasesThe
PkSkShareTupleandDecryptionShareTupletype aliases improve code readability.
201-207: LGTM: New aggregate_public_key functionThe
aggregate_public_keyfunction provides a clean way to aggregate public keys from the shares.
209-223: LGTM: New to_decryption_shares functionThe
to_decryption_sharesfunction is well-implemented and provides a way to generate decryption shares from the public key shares.
225-236: LGTM: New to_keyshare_events functionThe
to_keyshare_eventsfunction is a helpful utility for creating keyshare events from the generated shares.
238-251: LGTM: New to_decryptionshare_events functionThe
to_decryptionshare_eventsfunction is well-implemented and provides a way to create decryption share events from the decryption shares.
253-269: LGTM: New get_common_setup functionThe
get_common_setupfunction encapsulates the common setup logic for the tests, which is good for reducing code duplication and improving maintainability.
271-375: LGTM: Updated test_public_key_aggregation_and_decryption testThe
test_public_key_aggregation_and_decryptiontest has been significantly updated to use the new helper functions and test the updated functionality. The test covers the key aspects of public key aggregation and decryption.
377-452: LGTM: New test_stopped_keyshares_retain_state testThe
test_stopped_keyshares_retain_statetest is a valuable addition that verifies the persistence of keyshare state after a shutdown event. This test helps ensure the robustness of the system in handling state persistence.
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1-452: Overall: Well-structured and comprehensive test suiteThe updates to this test file are thorough and well-implemented. They cover the new features and components introduced in the system, such as the DataStore, router features, and improved event handling. The new helper functions and type definitions improve code readability and reduce duplication. The tests provide good coverage for the public key aggregation, decryption, and state persistence functionality.
Some minor suggestions for improvement:
- Consider adding more detailed comments for complex test scenarios to improve maintainability.
- Look into adding more edge cases and error scenarios to further improve test coverage.
Overall, great job on updating and expanding the test suite!
packages/ciphernode/evm/src/event_reader.rs (3)
66-69: Stop the actor context ifprovideris already takenWhen
self.providerisNone, the actor cannot proceed correctly. Simply returning might leave the actor running in an invalid state. Consider stopping the actor context withctx.stop()to gracefully shut down the actor.
74-77: Stop the actor context ifshutdownhas already been calledIf
self.shutdown_rxisNone, it indicates that the shutdown channel has already been consumed. Returning without stopping the actor may leave the actor in an inconsistent state. Consider callingctx.stop()to gracefully shut down the actor.
79-82: Handle potential errors in the spawned async taskAdd error handling to the spawned task to ensure that any errors during event streaming are properly logged, preventing silent failures.
packages/ciphernode/router/src/hooks.rs (4)
18-85: Code Review:FheFeatureimplementationThe
FheFeaturestruct and its implementation correctly handle the initialization and hydration of the FHE component. Error handling is properly managed, and dependencies are correctly utilized.
87-177: Code Review:KeyshareFeatureimplementationThe
KeyshareFeaturestruct appropriately handles the creation of the keyshare upon receiving theCiphernodeSelectedevent. The hydration method manages dependencies and error handling correctly, aligning with the system's requirements.
179-294: Code Review:PlaintextAggregatorFeatureimplementationThe implementation of
PlaintextAggregatorFeatureeffectively manages the initialization and hydration of the plaintext aggregator. Dependency checks and error reporting are correctly handled, ensuring robustness in the feature's lifecycle.
296-409: Code Review:PublicKeyAggregatorFeatureimplementationThe
PublicKeyAggregatorFeaturestruct and its methods correctly handle the setup and hydration of the public key aggregator. Dependency management and error handling are appropriately implemented, maintaining consistency with the other features.
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Actionable comments posted: 1
🧹 Outside diff range and nitpick comments (2)
packages/ciphernode/data/src/sled_store.rs (1)
1-61: Overall implementation is solid with room for improvement.The
SledStoreimplementation provides a good foundation for database operations using Sled, aligning with the PR objectives for data persistence. The code structure is clear, and error handling is generally well-implemented.Key strengths:
- Proper integration with the Actix framework.
- Use of
anyhowfor comprehensive error handling.- Implementation of both
InsertandGetoperations.Areas for improvement:
- Consistency in error handling between
InsertandGethandlers.- Better handling of binary keys in error messages.
- Propagation of errors to callers for more flexible error management.
Next steps:
- Implement the suggested improvements for both
InsertandGethandlers.- Consider adding unit tests to ensure the reliability of the
SledStoreoperations.- Ensure that this implementation integrates well with the broader hydration strategy outlined in the PR objectives.
packages/ciphernode/router/src/e3_request_router.rs (1)
198-232: Consider enhancing error handling and logging infrom_snapshotThe
from_snapshotimplementation forE3RequestRouteris well-structured and correctly restores the router's state. However, consider enhancing error handling and adding logging for better diagnostics:
- Log when a context snapshot is missing (line 208).
- Consider collecting and reporting any errors encountered during context restoration, rather than silently continuing.
Example:
let mut errors = Vec::new(); for e3_id in snapshot.contexts { match repositories.context(&e3_id).read().await { Ok(Some(ctx_snapshot)) => { // ... (existing code to restore context) }, Ok(None) => { log::warn!("Missing context snapshot for e3_id: {}", e3_id); errors.push(anyhow!("Missing context for e3_id: {}", e3_id)); }, Err(e) => { log::error!("Error reading context snapshot for e3_id: {}: {}", e3_id, e); errors.push(e); } } } if !errors.is_empty() { log::warn!("Encountered {} errors during snapshot restoration", errors.len()); // Decide whether to return an error or continue with partial restoration }This approach provides more visibility into any issues during the snapshot restoration process.
📜 Review details
Configuration used: CodeRabbit UI
Review profile: CHILL
📒 Files selected for processing (6)
- packages/ciphernode/data/src/into_key.rs (1 hunks)
- packages/ciphernode/data/src/sled_store.rs (1 hunks)
- packages/ciphernode/data/src/snapshot.rs (1 hunks)
- packages/ciphernode/enclave_node/src/shutdown.rs (1 hunks)
- packages/ciphernode/evm/src/event_reader.rs (1 hunks)
- packages/ciphernode/router/src/e3_request_router.rs (5 hunks)
🚧 Files skipped from review as they are similar to previous changes (4)
- packages/ciphernode/data/src/into_key.rs
- packages/ciphernode/data/src/snapshot.rs
- packages/ciphernode/enclave_node/src/shutdown.rs
- packages/ciphernode/evm/src/event_reader.rs
🧰 Additional context used
📓 Learnings (1)
packages/ciphernode/router/src/e3_request_router.rs (2)
Learnt from: ryardley PR: gnosisguild/enclave#145 File: packages/ciphernode/router/src/e3_request_router.rs:202-235 Timestamp: 2024-10-22T03:47:04.014Z Learning: In `packages/ciphernode/router/src/e3_request_router.rs`, within the `E3RequestRouter::from_snapshot` method, errors during context restoration propagate upwards due to the `?` operator, and skipping contexts when `repositories.context(&e3_id).read().await?` returns `Ok(None)` is acceptable, as missing snapshots are expected.Learnt from: ryardley PR: gnosisguild/enclave#145 File: packages/ciphernode/router/src/e3_request_router.rs:126-133 Timestamp: 2024-10-22T03:44:33.301Z Learning: In `E3RequestRouter::handle` method in `e3_request_router.rs`, `self.repository()` cannot fail, so it's not necessary to handle errors when accessing repositories via `self.repository().repositories()`.
🔇 Additional comments (10)
packages/ciphernode/data/src/sled_store.rs (4)
1-10: LGTM: Imports and struct definition are appropriate.The imports cover all necessary components, and the
SledStorestruct is well-defined with the required fields for database operations and event bus communication.
12-25: LGTM: Actor implementation and constructor are well-implemented.The
Actortrait implementation is correct, and thenewmethod effectively creates aSledStoreinstance. The error handling has been improved as per the previous suggestion, providing more detailed context when opening the database fails.
27-40: 🛠️ Refactor suggestionConsider improving error handling in the Insert handler.
While the current implementation is functional, it could be enhanced for better error handling and consistency with the
Gethandler. Consider the following improvements:
- Change the result type to
Result<()>to propagate errors to the caller.- Return the error after sending it to the event bus, allowing the caller to handle it if needed.
This change would improve error handling and make the
Inserthandler more consistent with theGethandler.Here's a suggested implementation:
impl Handler<Insert> for SledStore { type Result = Result<()>; fn handle(&mut self, event: Insert, _: &mut Self::Context) -> Self::Result { self.db .insert(event.key(), event.value().to_vec()) .context("Could not insert data into db") .map_err(|err| { self.bus.err(EnclaveErrorType::Data, err.clone()); err }) } }
42-61: 🛠️ Refactor suggestionImprove key handling and error propagation in the Get handler.
The current implementation has a few areas for improvement:
- Key conversion: Using
String::from_utf8_lossymay not be appropriate for binary keys. Consider using a hexadecimal representation instead.- Error handling: Return a
Result<Option<Vec<u8>>>to propagate errors to the caller, allowing for better error handling.Here's a suggested implementation:
use hex; impl Handler<Get> for SledStore { type Result = Result<Option<Vec<u8>>>; fn handle(&mut self, event: Get, _: &mut Self::Context) -> Self::Result { let key = event.key(); let hex_key = hex::encode(&key); self.db .get(key) .with_context(|| format!("Failed to fetch key {}", hex_key)) .map_err(|err| { self.bus.err(EnclaveErrorType::Data, err.clone()); err }) .map(|opt| opt.map(|v| v.to_vec())) } }This implementation addresses both the key handling and error propagation issues.
packages/ciphernode/router/src/e3_request_router.rs (6)
43-51: LGTM: Well-designedE3FeaturetraitThe new
E3Featuretrait is well-structured and properly uses the#[async_trait]attribute for the asynchydratemethod. This design allows for a more modular and extensible approach to handling events and hydration.
57-71: LGTM: ImprovedE3RequestRouterstructureThe changes to
E3RequestRouterand the introduction ofE3RequestRouterParamsreflect a well-thought-out transition to a feature-based system. The use ofArc<Vec<Box<dyn E3Feature>>>allows for efficient, thread-safe sharing of features, and the addition of thestorefield integrates the newDataStorefunctionality.
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107-160: LGTM: Improved event handling with feature-based systemThe updated
Handler<EnclaveEvent>implementation effectively utilizes the new feature-based system. The logic for handling different event types is clear and modular. The addition of a checkpoint call after handling each event ensures data persistence, which is a good practice for maintaining system state.
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1-268: Summary: Significant improvements with some minor enhancement opportunitiesThe changes to
E3RequestRouterand related components represent a substantial improvement in the code's architecture. The transition to a feature-based system and integration withDataStorealign well with the PR objectives and should enhance modularity and extensibility.Key improvements:
- Introduction of the
E3Featuretrait for better modularity.- Integration of
DataStorefor improved state management.- Implementation of snapshot functionality for persistence.
Suggestions for further enhancement:
- Reconsider the public visibility of
EventBuffer.- Improve error handling and logging in the
from_snapshotmethod.- Implement more granular event subscriptions.
Overall, these changes significantly improve the codebase, with only minor adjustments recommended for optimal performance and maintainability.
25-25: Consider the implications of makingEventBufferpublicThe
EventBufferstruct is now public. While this change may be intentional to allow external access, consider whether this level of visibility is necessary. If possible, keep internal structures private to maintain encapsulation and prevent unintended usage.✅ Verification successful
EventBufferis used inpackages/ciphernode/router/src/context.rs.Making it public allows necessary external access. Ensure this visibility is intended and aligns with encapsulation principles.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check if EventBuffer is used outside this file rg "EventBuffer" --type rust --glob '!**/e3_request_router.rs'Length of output: 135
Script:
#!/bin/bash # Check if EventBuffer is used outside this file rg "EventBuffer" --type rust --glob "!packages/ciphernode/router/src/e3_request_router.rs"Length of output: 343
84-85: Consider error handling forCommitteeMetaFeaturecreationThe
CommitteeMetaFeatureis added by default, which is good for ensuring consistent base functionality. However, consider handling potential errors that might occur during its creation.If
create()can fail, consider updating the code to handle potential errors:-builder.add_feature(CommitteeMetaFeature::create()) +builder.add_feature(CommitteeMetaFeature::create().map_err(|e| anyhow!("Failed to create CommitteeMetaFeature: {}", e))?)
Closes: #123
Closes: #149
Sets up hydration for data persistence
Actors save and hydrate themselves to the db by implementing a set of traits:
Also I have tidied up the feature section:
This adds a few patterns to our codebase for creating checkpoints of state for our actors as outlined in #123
Summary by CodeRabbit
Release Notes
New Features
Shutdownevent type for graceful termination of the actor system.E3RequestContextfor better event handling and dependency management.EvmEventReaderfor better event processing from the Ethereum Virtual Machine.IntoKeytrait for flexible key handling and conversion.Repositoriesstruct for managing various repository types.Bug Fixes
Chores