Rename things #226
Rename things #226
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packages/ciphernode/runtime/src/start.rs (1)
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29-85: Add documentation and improve error handlingThis function handles critical initialization steps but lacks documentation explaining:
- The order of operations and their dependencies
- The purpose of each component being initialized
- Expected error scenarios and their handling
Consider:
- Adding comprehensive documentation
- Using custom error types instead of generic
anyhow::Result- Breaking down the function into smaller, focused functions
Example documentation structure:
/// Initializes the runtime environment with the provided configuration and address. /// /// # Steps /// 1. Initializes core components (RNG, EventBus, Cipher) /// 2. Sets up data storage and repositories /// 3. Configures chain providers and contracts /// 4. Initializes network components /// /// # Errors /// Returns an error if: /// - RNG initialization fails /// - Chain provider configuration is invalid /// - Network setup fails /// /// # Returns /// Returns a tuple containing: /// - The event bus address /// - A join handle for the network task /// - The peer ID string
🧹 Nitpick comments (65)
packages/ciphernode/runtime/src/start.rs (1)
29-31: Consider a more descriptive function nameWhile
executeis more concise, it might not clearly convey the function's setup responsibilities. Consider a name that better reflects its role in initializing the runtime environment, such asinitialize_runtimeorstart_runtime.packages/ciphernode/enclave/src/net_purge.rs (2)
1-1: Consider being more explicit with youranyhowimports.Currently, you’re importing all items from
anyhow. Restricting your import to only what's necessary (e.g.,use anyhow::Result;) might improve clarity and reduce potential namespace pollution.
7-7: Consider using a logging framework instead ofprintln!.Replacing this with a logging macro (e.g.,
log::info!) would allow for more configurable and standardized output (levels, format, redirection, etc.) in production environments.packages/ciphernode/enclave/src/net_generate.rs (1)
5-10: Use a structured logging approach instead ofprintln!for better observability.Replacing
println!with a logging framework (e.g.,logcrate) provides more flexibility in production environments, where you might want to adjust logging levels or format logs differently.packages/ciphernode/enclave/src/start.rs (1)
5-5: Use explicit imports for clarity
While importing multiple items from a module with a singleuseline is concise, consider individually importing them or renaming them if their usage is unclear. This can make it easier for future readers to identify dependencies and maintain the code.packages/ciphernode/enclave/src/password_create.rs (2)
49-50: Enhance feedback messages regarding overwriting vs. creation.
When invokingpassword_create::execute, consider providing users with a more explicit success message that clarifies whether a new password was created or an existing password was overwritten.
51-51: Fix spelling in success message.
Currently,sucessfullyis misspelled. Consider applying the following fix:- println!("Password sucessfully set."); + println!("Password successfully set.");packages/ciphernode/enclave/src/init.rs (3)
12-13: Consider adding additional trace metadata for better observability.
Your use of#[instrument]on this function is good for capturing logs. However, you may consider adding relevant fields (e.g., the method arguments except passwords or secrets) explicitly in the#[instrument(fields(...))]macro for more granular tracing.
65-70: Clarify behavior when bothnet_keypairis set andgenerate_net_keypairis true.
Even though the current logic is sound, a user might accidentally set both. It might help to validate and warn if bothnet_keypairandgenerate_net_keypairare specified.
71-73: Replaceprintln!with structured logging.
Consider usinginfo!or similar from thetracingcrate to keep logs uniform, rather than mixing structured logging (#[instrument]) with raw print statements.packages/ciphernode/runtime/src/aggregator_start.rs (3)
11-11: Monitor large imports for performance concerns.These various aggregator imports, such as
CiphernodeRegistryReaderRepositoryFactoryandEnclaveSolReaderRepositoryFactory, can be expensive to compile and maintain. Ensure these modules are needed at runtime to keep the build lightweight.
16-16: Network manager usage.
NetworkManageris essential for peer-related tasks. Confirm that the config structure (e.g.,quic_port,enable_mdns) and usage remain consistent in other parts of the system or do not introduce new complexities.
25-25: Maintain separation of concerns in datastore setup.
setup_datastoreis invoked here; ensure that aggregator logic remains distinct from low-level initialization to maintain clarity and enable easier maintenance or future migrations.packages/ciphernode/runtime/src/password_delete.rs (1)
16-21: Consider confirming deletion for user awareness or logging
Currently,executesilently deletes the key and returnsOk(()). Depending on user experience requirements, you could add an optional log or a specialized result indicating successful deletion. This can help with auditability and ensure the caller is aware the password was deleted.packages/ciphernode/enclave/src/password_delete.rs (2)
35-39: Provide a more descriptive message when password is absent
In addition to “Password is not set. Nothing to do.”, consider clarifying how a user might set the password or providing context on next steps. This minor addition could reduce confusion for new or less technical users.
53-53: Defer execution for potential hooks or validation
Before deleting the key, consider introducing an optional pre-hook or logging step that might check for alternative conditions or provide additional user context (e.g., “Are you sure you want to proceed?”). This pattern can be especially helpful in more complex workflows or integrations.packages/ciphernode/runtime/src/init.rs (2)
22-22: Consider using &str instead of &String.
Switching the parameter from&Stringto&stris generally more idiomatic and flexible in Rust, as it allows passing string literals and owned strings alike without extra allocation.
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35-80: Streamline parameter validation usage.
The function successfully builds and writes config data, returning anAppConfig. However, consider explicitly validatingrpc_urlandeth_addresswith the newly exposed helper functions (validate_rpc_urlandvalidate_eth_address) before composing the config, ensuring early detection of invalid inputs. You could also factor out contract info retrieval into a helper method to reduce repetition.packages/ciphernode/runtime/src/lib.rs (2)
1-10: Good modular design, but consider unified naming and grouping.By grouping functionalities such as
aggregator_start,net_*,password_*, andwallet_setinto separate modules, you're following a clean separation of concerns. However, consider a consistent naming scheme (e.g.,password_createvs.password_new) or grouping subcommands more explicitly (e.g.,mod net { generate, purge, set }) to further streamline discoverability and maintainability.
2-2: Consider selective re-exports for cleaner public APIs.Currently,
helpersis defined as a private module but re-exported in full. This effectively makes everything inhelperspublicly exposed. If certain utilities are meant to remain internal, consider selectively re-exporting only the necessary items or using a more structured approach to define the module's public API boundary. This can help keep your crate’s public surface minimal and more maintainable.Also applies to: 12-12
packages/ciphernode/e3_request/src/meta.rs (1)
16-18: Provide documentation forE3MetaFeature
Consider adding a doc comment (///) describing the purpose and usage ofE3MetaFeaturefor clarity.packages/ciphernode/enclave/src/main.rs (1)
7-12: Modular approach
Splitting commands into individual modules (aggregator,cli,init, etc.) is a good approach for better organization and discoverability.packages/ciphernode/fhe/src/feature.rs (1)
12-16:FheFeaturestruct
Struct fields (rng,bus) are well-defined. Consider adding doc comments for improved clarity on their use.packages/ciphernode/keyshare/src/feature.rs (1)
12-16:KeyshareFeaturestruct
Consider adding Rust doc comments clarifying the usage of each field for future readers.packages/ciphernode/enclave/src/cli.rs (1)
13-26:Clistruct definition
- Declaring
configandtagas optional improves user experience.- Consider clarifying the default tag in docs or help text.
packages/ciphernode/e3_request/src/router.rs (5)
45-53: Fix typo in doc comment
Found a minor spelling mistake: "braoadcast" → "broadcast".-/// that are braoadcast +/// that are broadcast
66-71: Document the dependency ordering
A TODO note suggests ordering dependencies for features. Consider adding a structured approach or referencing an existing pattern for resolving feature dependencies.
72-78: Add doc comments for struct fields
The fields (contexts,completed, etc.) could benefit from brief explanations in doc comments, aiding future maintainers.
135-137: Event logging after request completion
Consider lowering the logging severity fromerrortowarnif receiving events after completion is not truly an error but just unexpected.-error!("Received the following event... +warn!("Received the following event...
267-271: Snapshot loading
Checks for an existing snapshot and uses fallback defaults when unavailable. This logic ensures minimal disruption if data is missing.packages/ciphernode/fhe/src/lib.rs (1)
6-8: Ensure safe public re-exports
Re-exporting modules (pub use feature::*;andpub use repo::*;) is convenient but can inadvertently expose internal APIs that might need stricter versioning or privacy. Double-check if all items in these modules should be public.packages/ciphernode/data/src/lib.rs (2)
4-5: Introduction ofpersistableandrepositoriesmodules
These modules seem aligned with the new persistence approach. Make sure they include unit tests that validate serializing, deserializing, and storing data as expected.Would you like help adding utility tests or integration tests to validate real-world scenarios?
13-14: Public exports ofpersistableandrepositories
Exposing these modules publicly allows other parts of the codebase to instantiate and manage data structures consistently. Please verify that the design is flexible enough for future expansions or changes to the data storage logic.packages/ciphernode/aggregator/src/lib.rs (2)
1-4: Addedfeatureandrepomodules
Introducing these modules can help isolate domain logic (e.g., aggregator features, repository access). Ensure clear boundaries in module responsibilities and verify that cross-module interactions remain intuitive.
13-14: Re-exporting aggregator feature and repository
Exposing these modules publicly is beneficial for external code wanting to hook into aggregator logic. Double-check that the aggregator’s features remain cohesive and that you’re not accidentally exposing internal state or functions meant to remain scoped.packages/ciphernode/net/src/repo.rs (2)
1-3: Consider documenting theNetRepositoryFactorycontract.
Adding a brief doc comment about the expected usage and behavior of this trait would help new contributors quickly understand its purpose and when to implement it.
4-7: Provide high-level insight into use cases forlibp2p_keypair.
Storing keypairs in aVec<u8>can obscure the underlying data structure. You may want to use a more precise type (e.g., a dedicated struct) for enhanced clarity, type-safety, and potential validations.packages/ciphernode/runtime/src/net_purge.rs (1)
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8-14: Log or handle key removal results.
Callingrepositories.libp2p_keypair().clear();silently clears the keypair. Consider adding a log statement or a user-facing message to provide transparency into the operation’s success or failure.packages/ciphernode/keyshare/src/repo.rs (2)
5-7: Add doc comments toKeyshareRepositoryFactory.
Providing brief usage notes or examples will help other contributors understand how to implement or consume this trait.
9-13: Encourage typed keyshare representation.
Storing keyshares in a rawVec<u8>can obscure the nature of the data. Consider defining a small struct or type alias to improve clarity, type safety, and maintainability.packages/ciphernode/fhe/src/repo.rs (1)
7-9: Add doc comments forFheRepositoryFactory.
Briefly explain how FHE snapshots are being managed, persisted, or invalidated to guide contributors.packages/ciphernode/evm/src/lib.rs (2)
8-8: Consider the naming and structure of the newly addedrepomodule.The module name
repois concise but may be too generic in a larger codebase. If there's potential for confusion with other repository-like modules in your project, consider a more descriptive name (e.g.,evm_repoorcontract_repo) to improve maintainability and clarity.
16-16: Validate selective re-export usage.The wildcard re-export
pub use repo::*can inadvertently expose more items than intended. Consider selectively re-exporting only the required types or functions to prevent namespace clutter and to keep the contract with consumers clear.packages/ciphernode/enclave/src/net_set.rs (2)
7-16: Enhance user guidance in interactive key entry.When prompting for the network private key, you might want to clarify the format or provide a short example (e.g., length, hex format) to minimize user entry errors.
18-21: Revisit success message consistency."Network keypair has been successfully stored and encrypted." is concise, but ensure similar messages are used across commands for uniformity (e.g., in wallet_set). This will give users a consistent feedback experience.
packages/ciphernode/enclave/src/wallet_set.rs (2)
1-4: Validate usage ofruntime::wallet_setsimilarity toruntime::net_set.Both modules (
net_setandwallet_set) converge on similar patterns for prompting sensitive data. Ensure code duplication is minimized and best practices for secured input are consistently implemented across these modules.
21-21: Minor text consistency fix.The message currently says "WalletKey key has been successfully stored." You might want to reword it to “Wallet key has been successfully stored.” to avoid repetition of the word "key."
- println!("WalletKey key has been successfully stored and encrypted."); + println!("Wallet key has been successfully stored and encrypted.");packages/ciphernode/enclave/src/wallet.rs (2)
5-6: Use more descriptive module naming.
While importingwallet_setas a module is acceptable, consider whether the name sufficiently conveys its functionality and purpose. Clear naming can improve code readability and maintainability.
28-28: Leverage error context for better diagnostics.
Theawait?usage properly handles errors fromwallet_set::execute. However, if there's any nuance to the error (e.g., private key formatting mismatch or config load issues), consider usingcontext()fromanyhowto attach additional details, improving troubleshooting if something fails.packages/ciphernode/aggregator/src/repo.rs (1)
1-2: Consider selective imports.
You are importingStoreKeys, Repositories, Repositoryfrom various modules. If you anticipate new repository types or frequently changing keys, double-check that these imports remain necessary and are properly maintained.packages/ciphernode/runtime/src/net_generate.rs (1)
12-14: Avoid inline key generation in production environments.
Generating keys at runtime is convenient, but be mindful of potential security implications. In production, consider using an HSM or other secure key management strategies.packages/ciphernode/e3_request/src/repo.rs (2)
17-19: Check snapshot lifetimes.
ForE3ContextSnapshot, confirm whether there’s a typical duration that context snapshots are kept. If ephemeral, ensure that code handles expiration or cleanup of stale data.
27-29: Align naming with updated router design.
Naming the methodrouter()reflects the E3 router concept. Confirm that naming across the codebase (features, docs) remains consistent with these changes.packages/ciphernode/data/src/repositories.rs (3)
3-5: Consider restricting public field usage.
Exposingstoreas a public field withinRepositoriescan create tight coupling and allow uncontrolled direct manipulation. If you want to keep the internalDataStoremore encapsulated, consider making this field private and exposing an accessor instead.-pub struct Repositories { - pub store: DataStore, +pub struct Repositories { + store: DataStore, } impl Repositories { + pub fn store(&self) -> &DataStore { + &self.store + } }
12-18: Avoid excessive cloning if usage is read-only.
ThisFrom<&DataStore>implementation clones theDataStore. If many references call this conversion, it might create unnecessary overhead. Consider returning a reference-based wrapper, if feasible, to reduce memory overhead.
26-31: Chain conversions can be costly.
ConvertingRepository<T>toDataStoreand then again toRepositoriesworks, but consider whether you can collapse or optimize this step if performance becomes a concern.packages/ciphernode/config/src/store_keys.rs (1)
5-29: Consider adding unit tests for string generation correctness.
While these helper methods are straightforward, adding minimal tests would safeguard against future changes that might break path generation (e.g., changed prefixes or formatting).packages/ciphernode/e3_request/src/hetrogenous_map.rs (1)
46-49: Optional: consider returning&'static strforkeys()results.
Since all keys are'static str, it might be more performant. However, returningStringis fine if consumers need an owned string.-pub fn keys(&self) -> Vec<String> { - self.storage.keys().map(|&k| k.to_string()).collect() +pub fn keys(&self) -> Vec<&'static str> { + self.storage.keys().copied().collect() }packages/ciphernode/evm/Cargo.toml (1)
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1-26: Consider documenting the architectural changesThe dependency changes across these packages reflect a significant architectural shift from
enclave_nodetoruntime, along with the introduction of actor-based patterns throughactix. Consider:
- Adding architecture documentation explaining the rationale behind these changes
- Updating any existing documentation that references the old
enclave_nodestructure- Documenting the new actor-based patterns and their role in the system
Would you like me to help create a template for the architecture documentation?
packages/ciphernode/data/README.md (6)
1-8: Well-structured introduction to persistence patterns.The introduction effectively explains the Actor Model approach to persistence. Consider adding commas for better readability:
- "This enables, in an ideal scenario, any actor..."
- "...stream of events, enabling high throughput."
🧰 Tools
🪛 LanguageTool
[uncategorized] ~5-~5: Possible missing comma found.
Context: ... upon restart. This enables in an ideal scenario any actor to be able to just crash on e...(AI_HYDRA_LEO_MISSING_COMMA)
[style] ~7-~7: Consider using “who” when you are referring to a person instead of an object.
Context: ...tarted persistence by creating an Actor that wraps the database which is good practi...(THAT_WHO)
[uncategorized] ~7-~7: Possible missing comma found.
Context: ...e database writes to become a stream of events enabling high throughput. We can create...(AI_HYDRA_LEO_MISSING_COMMA)
🪛 Markdownlint (0.37.0)
3-3: null
Emphasis used instead of a heading(MD036, no-emphasis-as-heading)
17-48: Consider enhancing DataStore documentation with error handling examples.The DataStore section effectively explains the polymorphic design. To make it more comprehensive:
- Add error handling examples
- Document the scoping mechanism's limitations (if any)
- Include examples of common operations
Would you like me to generate enhanced documentation examples?
🧰 Tools
🪛 LanguageTool
[style] ~19-~19: Consider using “who” when you are referring to a person instead of an object.
Context: ...ait which means we can accept any actor that is happy to receive anInsertor a `G...(THAT_WHO)
49-77: Repository pattern explanation is clear and well-structured.The table explaining the layered architecture is particularly helpful. Consider adding:
- Error handling strategies for each layer
- Concrete examples of repository implementations
🧰 Tools
🪛 LanguageTool
[uncategorized] ~51-~51: Use a comma before ‘but’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...o use theDataStorethroughout the app but it became apparent this was causing the...(COMMA_COMPOUND_SENTENCE)
[uncategorized] ~52-~52: A comma may be missing after the conjunctive/linking adverb ‘Also’.
Context: ...as being saved in a centralized place. AlsoDataStorecan take any type of serial...(SENT_START_CONJUNCTIVE_LINKING_ADVERB_COMMA)
[uncategorized] ~53-~53: Use a comma before ‘but’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...ializable data to save at a key location but this means the data in the DataStore wa...(COMMA_COMPOUND_SENTENCE_2)
[typographical] ~55-~55: It seems that a comma is missing.
Context: ...tore was effectively untyped. To solve this it made sense to create a typed `Reposi...(IN_ORDER_TO_VB_COMMA)
[grammar] ~55-~55: Did you mean “saving”? Or maybe you should add a pronoun? In active voice, ‘require’ + ‘to’ takes an object, usually a pronoun.
Context: ... whatever underlying mechanism requires to save the data. This could even be a SQL DB o...(ALLOW_TO)
[uncategorized] ~57-~57: Use a comma before ‘but’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...adeoff is we get a slightly deeper stack but each layer adds a responsibility to the...(COMMA_COMPOUND_SENTENCE_2)
[style] ~75-~75: To form a complete sentence, be sure to include a subject.
Context: ...Client can scope to specific namespace. Can be backed by polymorphic data actor to ...(MISSING_IT_THERE)
78-91: Enhance snapshotting documentation with concrete examples.While the traits are well explained, consider adding:
- Example implementations of each trait
- Common pitfalls to avoid
- Best practices for snapshot versioning
Would you like me to generate example implementations for these traits?
🧰 Tools
🪛 LanguageTool
[uncategorized] ~80-~80: Use a comma before ‘but’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...way to specify where that could be saved but actors need to be restartable and be ab...(COMMA_COMPOUND_SENTENCE_2)
[uncategorized] ~80-~80: Use a comma before ‘and’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...e restartable and be able to be hydrated and we needed a standard way to accomplish ...(COMMA_COMPOUND_SENTENCE)
[uncategorized] ~80-~80: Possible missing comma found.
Context: ...mplish this. To do this in typical Rust fashion we created a set of traits: - [`Snapsh...(AI_HYDRA_LEO_MISSING_COMMA)
[uncategorized] ~86-~86: Possible missing comma found.
Context: ...o be derived from a subset of the saved state however there are a couple of problems:...(AI_HYDRA_LEO_MISSING_COMMA)
[style] ~88-~88: You have already used this phrasing in nearby sentences. Consider replacing it to add variety to your writing.
Context: ...ple of problems: -self.checkpoint()needs to be called everytime you want to save th...(REP_NEED_TO_VB)
[style] ~90-~90: You have already used this phrasing in nearby sentences. Consider replacing it to add variety to your writing.
Context: ...ch it often is. - These traits mean you need to mix some persistence API within your bu...(REP_NEED_TO_VB)
[uncategorized] ~90-~90: Possible missing comma found.
Context: ...sistence API within your business logic API unless you create a separate struct jus...(AI_HYDRA_LEO_MISSING_COMMA)
104-130: Code example could be improved for clarity.The Persistable example could be enhanced:
- // Some how we get a repository for a type + // Example of obtaining a repository + let store = DataStore::from(SledStore::from(SledDb::new())); + let repo = Repository::new("my_list", store); - // We can use the load to create a persistable object from the contents of the persistance layer that the repository encapsulates + // Create a persistable object from the repository let persistable:Persistable<Vec<String>> = repo.load().await?; - // If we add a name to the list the list is automatically synced to the database + // Mutations are automatically persisted persistable.try_mutate(|mut list| { list.push("Fred"); Ok(list) })?;
132-140: Consider adding more complex usage examples.The struct example is good but could be expanded to show:
- Actor implementation with message handling
- Error recovery scenarios
- Concurrent access patterns
Would you like me to generate these additional examples?
🧰 Tools
🪛 LanguageTool
[typographical] ~132-~132: It seems that a comma is missing.
Context: ...!(persistable.get(), None); ``` To use it we can just have it as a field on a str...(IN_ORDER_TO_VB_COMMA)
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- packages/ciphernode/sortition/Cargo.toml
- packages/ciphernode/sortition/src/ciphernode_selector.rs
- packages/ciphernode/sortition/src/lib.rs
- packages/ciphernode/sortition/src/repo.rs
- packages/ciphernode/sortition/src/sortition.rs
- packages/ciphernode/tests/Cargo.toml
- packages/ciphernode/tests/tests/test_aggregation_and_decryption.rs
💤 Files with no reviewable changes (9)
- packages/ciphernode/enclave_node/src/lib.rs
- packages/ciphernode/router/src/lib.rs
- packages/ciphernode/enclave/src/commands/net/generate.rs
- packages/ciphernode/enclave/src/commands/wallet/set.rs
- packages/ciphernode/router/src/hooks.rs
- packages/ciphernode/enclave/src/commands/net/set.rs
- packages/ciphernode/enclave/src/commands/mod.rs
- packages/ciphernode/router/src/context.rs
- packages/ciphernode/router/src/repositories.rs
✅ Files skipped from review due to trivial changes (4)
- packages/ciphernode/enclave/src/helpers/mod.rs
- packages/ciphernode/runtime/src/helpers/mod.rs
- packages/ciphernode/e3_request/src/lib.rs
- packages/ciphernode/README.md
🧰 Additional context used
📓 Learnings (4)
packages/ciphernode/data/src/data_store.rs (1)
Learnt from: ryardley
PR: gnosisguild/enclave#173
File: packages/ciphernode/enclave_node/src/datastore.rs:14-16
Timestamp: 2024-11-10T16:42:46.226Z
Learning: In `packages/ciphernode/enclave_node/src/datastore.rs`, for internal functions like `get_in_mem_store`, adding extensive documentation and error handling may not be necessary if they are not client-facing.
packages/ciphernode/keyshare/src/keyshare.rs (1)
Learnt from: ryardley
PR: gnosisguild/enclave#156
File: packages/ciphernode/keyshare/src/keyshare.rs:53-70
Timestamp: 2024-11-10T16:42:46.226Z
Learning: In the `Keyshare` struct within `packages/ciphernode/keyshare/src/keyshare.rs`, the `self.secret` field is stored in encrypted form and is not considered sensitive.
packages/ciphernode/runtime/src/password_create.rs (1)
Learnt from: ryardley
PR: gnosisguild/enclave#156
File: packages/ciphernode/cipher/src/password_manager.rs:121-123
Timestamp: 2024-11-10T16:42:46.226Z
Learning: In `packages/ciphernode/cipher/src/password_manager.rs`, the `FilePasswordManager` struct includes an overwrite method to allow securely overwriting existing key files when necessary.
packages/ciphernode/e3_request/src/router.rs (1)
Learnt from: ryardley
PR: gnosisguild/enclave#145
File: packages/ciphernode/router/src/e3_request_router.rs:202-235
Timestamp: 2024-11-10T16:42:46.226Z
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.
🪛 LanguageTool
packages/ciphernode/data/README.md
[uncategorized] ~5-~5: Possible missing comma found.
Context: ... upon restart. This enables in an ideal scenario any actor to be able to just crash on e...
(AI_HYDRA_LEO_MISSING_COMMA)
[style] ~7-~7: Consider using “who” when you are referring to a person instead of an object.
Context: ...tarted persistence by creating an Actor that wraps the database which is good practi...
(THAT_WHO)
[uncategorized] ~7-~7: Possible missing comma found.
Context: ...e database writes to become a stream of events enabling high throughput. We can create...
(AI_HYDRA_LEO_MISSING_COMMA)
[style] ~19-~19: Consider using “who” when you are referring to a person instead of an object.
Context: ...ait which means we can accept any actor that is happy to receive an Insert or a `G...
(THAT_WHO)
[uncategorized] ~51-~51: Use a comma before ‘but’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...o use the DataStore throughout the app but it became apparent this was causing the...
(COMMA_COMPOUND_SENTENCE)
[uncategorized] ~52-~52: A comma may be missing after the conjunctive/linking adverb ‘Also’.
Context: ...as being saved in a centralized place. Also DataStore can take any type of serial...
(SENT_START_CONJUNCTIVE_LINKING_ADVERB_COMMA)
[uncategorized] ~53-~53: Use a comma before ‘but’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...ializable data to save at a key location but this means the data in the DataStore wa...
(COMMA_COMPOUND_SENTENCE_2)
[typographical] ~55-~55: It seems that a comma is missing.
Context: ...tore was effectively untyped. To solve this it made sense to create a typed `Reposi...
(IN_ORDER_TO_VB_COMMA)
[grammar] ~55-~55: Did you mean “saving”? Or maybe you should add a pronoun? In active voice, ‘require’ + ‘to’ takes an object, usually a pronoun.
Context: ... whatever underlying mechanism requires to save the data. This could even be a SQL DB o...
(ALLOW_TO)
[uncategorized] ~57-~57: Use a comma before ‘but’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...adeoff is we get a slightly deeper stack but each layer adds a responsibility to the...
(COMMA_COMPOUND_SENTENCE_2)
[style] ~75-~75: To form a complete sentence, be sure to include a subject.
Context: ...Client can scope to specific namespace. Can be backed by polymorphic data actor to ...
(MISSING_IT_THERE)
[uncategorized] ~80-~80: Use a comma before ‘but’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...way to specify where that could be saved but actors need to be restartable and be ab...
(COMMA_COMPOUND_SENTENCE_2)
[uncategorized] ~80-~80: Use a comma before ‘and’ if it connects two independent clauses (unless they are closely connected and short).
Context: ...e restartable and be able to be hydrated and we needed a standard way to accomplish ...
(COMMA_COMPOUND_SENTENCE)
[uncategorized] ~80-~80: Possible missing comma found.
Context: ...mplish this. To do this in typical Rust fashion we created a set of traits: - [`Snapsh...
(AI_HYDRA_LEO_MISSING_COMMA)
[uncategorized] ~86-~86: Possible missing comma found.
Context: ...o be derived from a subset of the saved state however there are a couple of problems:...
(AI_HYDRA_LEO_MISSING_COMMA)
[style] ~88-~88: You have already used this phrasing in nearby sentences. Consider replacing it to add variety to your writing.
Context: ...ple of problems: - self.checkpoint() needs to be called everytime you want to save th...
(REP_NEED_TO_VB)
[style] ~90-~90: You have already used this phrasing in nearby sentences. Consider replacing it to add variety to your writing.
Context: ...ch it often is. - These traits mean you need to mix some persistence API within your bu...
(REP_NEED_TO_VB)
[uncategorized] ~90-~90: Possible missing comma found.
Context: ...sistence API within your business logic API unless you create a separate struct jus...
(AI_HYDRA_LEO_MISSING_COMMA)
[typographical] ~132-~132: It seems that a comma is missing.
Context: ...!(persistable.get(), None); ``` To use it we can just have it as a field on a str...
(IN_ORDER_TO_VB_COMMA)
🪛 Markdownlint (0.37.0)
packages/ciphernode/data/README.md
3-3: null
Emphasis used instead of a heading
(MD036, no-emphasis-as-heading)
🔇 Additional comments (221)
packages/ciphernode/runtime/src/helpers/datastore.rs (1)
7-7: Switched import from router to data looks consistent with the broader refactor.
This change aligns with the architectural shift from router to data. The updated import references are correct, and the usage of Repositories and RepositoriesFactory remains intact.
packages/ciphernode/runtime/src/start.rs (2)
6-21: LGTM! Import changes align with architectural refactoring
The new imports reflect the modularization effort, properly separating repository factories and router components.
Line range hint 69-73: Verify router renaming across the codebase
The router has been renamed from E3RequestRouter to E3Router. Let's verify that all references have been updated consistently.
✅ Verification successful
Router renaming has been completed consistently
The verification shows that all references to the router have been updated to use E3Router. The search for the old name E3RequestRouter returned no results, while the new name E3Router is consistently used across the codebase in:
- Main runtime implementations (
start.rs,aggregator_start.rs) - Core router implementation (
e3_request/src/router.rs) - Tests (
test_aggregation_and_decryption.rs) - Documentation (
README.md)
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for any remaining references to the old router name
# Search for any remaining references to E3RequestRouter
echo "Checking for old router references..."
rg "E3RequestRouter" -l
# Search for new router references to confirm usage
echo "Verifying new router usage..."
rg "E3Router" -A 2
Length of output: 9733
packages/ciphernode/enclave/src/net_purge.rs (1)
5-5: Function signature looks coherent.
Declaring this as pub async fn execute aligns with the asynchronous call you make to net_purge::execute, correctly awaiting the result. The signature and return type appear to match the intended behavior.
packages/ciphernode/enclave/src/net_generate.rs (1)
1-4: Imports look appropriate.
The imported modules (anyhow::Result, config::AppConfig, and runtime::net_generate) are well-structured and align with the function's responsibilities.
packages/ciphernode/enclave/src/password_overwrite.rs (1)
1-2: Imports align with refactoring goals
The updated imports correctly reference the newly organized modules (password_create and password_delete), maintaining logical consistency with the broader architectural refactoring. No issues noted regarding these changes.
packages/ciphernode/enclave/src/start.rs (1)
15-15: Confirm error handling and concurrency
You’re spawning a listening task via tokio::spawn(listen_for_shutdown(bus.into(), handle)). Ensure that a shutdown signal is caught properly and that handle is awaited or closed to avoid dangling tasks or potential memory leaks.
As a follow-up, you can run a quick codebase search to verify if there are any needed await/cleanup calls on handle:
✅ Verification successful
Let me search for more specific references to the handle variable and any shutdown-related code.
Proper shutdown handling is implemented
The code shows that shutdown is properly handled through the listen_for_shutdown function which:
- Listens for SIGTERM signal
- Awaits the handle to completion after signal is received
- Logs the graceful shutdown completion
The implementation in packages/ciphernode/runtime/src/helpers/shutdown.rs shows:
pub async fn listen_for_shutdown(bus: Recipient<EnclaveEvent>, handle: JoinHandle<Result<()>>) {
// Listen for SIGTERM
let mut sigterm = signal(SignalKind::terminate())...
sigterm.recv().await;
// Await handle completion
let _ = handle.await;
info!("Graceful shutdown complete");
}🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Searching references for `handle` to ensure proper closure or await.
rg -A 5 'handle'
Length of output: 66336
Script:
#!/bin/bash
# Search for handle and shutdown related code
rg -A 5 'listen_for_shutdown|handle.*await|handle.*close|handle.*drop'
Length of output: 3391
packages/ciphernode/runtime/src/password_create.rs (3)
1-5: Imports and secure memory usage look correct.
The usage of anyhow for error handling, zeroize for secure memory, and cipher for password management is appropriate.
6-16: Comprehensive preflight check logic.
The preflight function is clearly designed to safeguard against unintended key overwrites. The early return with bail! ensures users are forced to explicitly opt in to overwriting the file. This is a proper fail-fast approach.
17-28: Consider potential concurrency edge cases.
If the key file is modified by another process after the is_set() check but before set_key, there could be a race condition. Although this might be unlikely in typical usage, you might consider additional checks or robust concurrency handling for production-critical use cases.
packages/ciphernode/enclave/src/password_create.rs (2)
3-6: No issues found in the new imports.
They align with the module refactoring and are appropriately declared for password reusability and clearer code organization.
45-45: Verify overwriting logic.
password_create::preflight presumably checks if a password exists and whether it can be overwritten. Ensure that any existing password is handled as intended (e.g., prompting the user for confirmation) before proceeding with overwrite.
packages/ciphernode/enclave/src/init.rs (4)
14-31: Input prompt & default URL appear well-handled.
This segment correctly prompts the user for an RPC URL, with a suitable default and validation function. The logic seems robust.
33-52: Optional Ethereum address logic is fine but verify user flows.
Skipping the ETH address if skip_eth is true makes sense; if the address is omitted, ensure that downstream functions gracefully handle a missing ETH address.
54-54: Good modular call to init::execute.
Invoking init::execute(rpc_url, eth_address) centralizes the creation of core configuration. This keeps the flow streamlined.
56-63: Confirm password storage security.
Here you call password::execute to create a new password entry. Verify that the resulting credential is stored securely and consider clarifying or documenting how the password is protected at rest.
Would you like help generating a secure storage wrapper or adding instructions on best practices?
packages/ciphernode/enclave/src/password.rs (2)
4-5: Good use of local crate imports for modular password handling.
This improves maintainability by splitting password commands into distinct modules (create, delete, and overwrite). Each module can now be updated, tested, and maintained independently.
35-39: Ensure robust handling of missing password inputs.
When password is None (e.g., the user doesn't provide one), verify that the called functions (password_create::execute and password_overwrite::execute) handle it gracefully. If the intention is to always require a password for creation/overwrite, consider adding an explicit check before calling these modules.
Below is a script to search for relevant validation logic within the codebase:
✅ Verification successful
Let me gather more information about the password handling logic.
Let me check one more aspect of the password handling.
Password handling is properly implemented with validation and fallback to prompt
Based on the code analysis, the password handling is robust:
-
In
password_create.rs, theget_zeroizing_pw_vecfunction properly handles theOption<String>password input:- When a password is provided (Some), it validates that it's not blank
- Empty passwords are rejected with "Password must not be blank" error
- The password string is properly zeroed after use (security best practice)
-
The system has a proper password prompting fallback through
prompt_passwordwhen no password is provided, ensuring the user is always prompted for input rather than failing. -
Both
password_create::executeandpassword_overwrite::executeuse this validation chain, ensuring consistent and secure password handling throughout the codebase.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Searching for references to password handling across modules
rg -A 5 'fn\s+execute\([^)]*\)\s*->' | grep -i 'password'
Length of output: 3511
Script:
#!/bin/bash
# Check the get_zeroizing_pw_vec function implementation
ast-grep --pattern 'fn get_zeroizing_pw_vec'
# Check for password validation or handling in the enclave module
rg -A 10 'fn\s+get_zeroizing_pw_vec|fn\s+set_password' packages/ciphernode/enclave/src/
Length of output: 1064
Script:
#!/bin/bash
# Check for the set_password function implementation and any password prompting logic
rg -A 10 'async fn set_password|fn prompt_password' packages/ciphernode/enclave/src/
Length of output: 707
packages/ciphernode/enclave/src/aggregator_start.rs (2)
4-4: Dependency rename alignment looks good.
The updated import references the new runtime module instead of the old enclave_node. This aligns with the broader renaming strategy across the codebase and appears consistent with the PR objectives.
18-18: Validate error handling for aggregator startup.
When calling aggregator_start::execute, consider verifying whether any custom error handling or logging is needed upon failure, especially if aggregator setup is critical to the app's lifecycle.
packages/ciphernode/runtime/src/aggregator_start.rs (7)
2-2: Confirm aggregator feature initialization scope.
The additional imports for PlaintextAggregatorFeature and PublicKeyAggregatorFeature indicate expanded aggregator functionality. Verify that these features are only enabled where needed to avoid unnecessary overhead.
6-6: Cross-check repository usage.
RepositoriesFactory is introduced. Confirm that the corresponding repository interfaces are used consistently across the codebase to ensure that data reads and writes remain synchronized and consistent.
7-7: Check for potential naming collisions.
E3Router is introduced, replacing any older references to E3RequestRouter. If both are used in different contexts, ensure no risk of confusion or collisions in the code.
14-14: FHE usage check.
FheFeature can introduce non-trivial computational overhead. Validate that the usage is both necessary and carefully tested to confirm that it doesn’t degrade performance in production.
20-20: Sortition repository reliability.
SortitionRepositoryFactory is attached to the aggregator. Reliability is key in multi-chain contexts. Ensure that database or in-memory state updates are backed by tests or robust error checks.
27-27: Function rename reflects design shift.
Renaming from setup_aggregator to execute clarifies that the aggregator setup is not just an initialization but an active routine. The updated function signature is consistent with that shift.
75-75: Router builder validation.
The E3Router::builder(...).build().await? sequence is quite flexible. Verify that each added feature (e.g., PublicKeyAggregatorFeature, PlaintextAggregatorFeature) is strictly necessary to avoid feature bloat.
packages/ciphernode/runtime/src/password_delete.rs (1)
6-14: Ensure password retrieval aligns with zeroization best practices
While this function carefully returns a Zeroizing<String>, please ensure that any intermediate buffers or strings used during the process (e.g., creating a String via String::from_utf8_lossy) do not remain in memory longer than necessary. Consider verifying that the pm.get_key() call and subsequent conversions properly zeroize memory where applicable, especially if large or sensitive data is involved.
packages/ciphernode/enclave/src/password_delete.rs (2)
25-31: Good user confirmation flow
This confirmation prompt properly prevents accidental key deletion by defaulting to false. This is a safe approach that avoids unintended mistakes.
40-46: Zeroizing is used correctly to protect sensitive data
It’s great to see zeroize in action on both the user-entered password (pw_str) and the retrieved current password (cur_pw). This approach helps reduce the memory footprint of sensitive data.
packages/ciphernode/runtime/src/init.rs (2)
4-4: Import of AppConfig looks good.
This import is necessary for returning AppConfig in the refactored execute function.
27-27: Public address validation function is properly implemented.
The current approach using Address::parse_checksummed is clean and effective. This is well-tested in the accompanying unit tests.
packages/ciphernode/fhe/src/fhe.rs (1)
130-134: Returning a Result is a good step for robust error handling.
This snippet updates the snapshot method to return a Result, which is beneficial for capturing potential errors in snapshot creation. However, the current implementation always returns Ok. If the serialization performed by to_bytes() can fail in any edge cases, consider propagating those errors. Also, ensure that all callers of snapshot() have been updated to handle the Result properly.
Run the following script to confirm that each call site is adjusted to handle the new Result type:
✅ Verification successful
The Result return type is properly handled at all call sites
Based on the search results, there are two call sites of the snapshot() method, and both properly handle the Result type:
- In
packages/ciphernode/fhe/src/feature.rs:
let Ok(snapshot) = fhe.snapshot() else {
self.bus.err(
EnclaveErrorType::KeyGeneration,- In
packages/ciphernode/data/src/snapshot.rs:
let snapshot = match self.snapshot() {
Ok(v) => v,
Err(err) => {Both implementations use proper Rust error handling patterns (pattern matching with let Ok() else and match) to handle the Result type, indicating that the callers have been correctly updated to work with the Result return type.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Identify all call sites of the snapshot method.
ast-grep --pattern $'$_Fhe.snapshot()'
Length of output: 39
Script:
#!/bin/bash
# Let's try a different approach to find snapshot method calls
# First, let's search for files containing "snapshot"
rg -l "snapshot"
# Then search for actual usage patterns with context
rg "\.snapshot\(\)" -A 2 -B 2
Length of output: 1375
packages/ciphernode/enclave/src/aggregator.rs (2)
5-5: Use of aggregator_start module looks appropriate.
This import is a straightforward rename/refactor for clarity. Just ensure any follow-up commands or functionalities (like aggregator_stop) are similarly organized for consistency.
27-27: Confirm error handling and logging for aggregator_start::execute.
The async call with .await? will propagate errors up the chain. Make sure sufficient logging or error messages are provided in aggregator_start::execute to help diagnose any potential runtime issues.
packages/ciphernode/e3_request/src/meta.rs (6)
1-4: Imports look consistent with new context usage
These imports align with the refactoring from E3RequestContext to E3Context. Everything looks consistent.
7-10: Constant and struct definition appear correct
Defining META_KEY and E3Meta helps keep the metadata logically isolated. The naming appears consistent and clear.
25-26: Implementation of E3Feature
The signature for on_event aligns with the updated context type. Implementation details below appear correct.
39-45: Manual persistence without checkpoint
Storing E3Meta in the repository is straightforward. The usage of ctx.set_dependency is correctly placed, ensuring the metadata is available to other features.
48-50: Snapshot presence check
Good defensive check to early-return when no metadata is in the snapshot. This prevents unneeded I/O.
61-61: Dependency set upon hydration
Setting the dependency from the loaded value is consistent with the rest of the design.
packages/ciphernode/enclave/src/main.rs (2)
2-3: CLI import usage
The new Cli struct from cli::Cli seamlessly replaces the old approach. This improves maintainability by placing CLI logic in a dedicated module.
50-50: Transparent build info logging
Logging the compilation ID is potentially useful for debugging. However, if this references sensitive build metadata, verify that it’s safe to expose in logs.
packages/ciphernode/fhe/src/feature.rs (4)
1-11: New feature scaffolding
Importing the required crates and declaring FHE_KEY introduces a well-defined boundary for controlling access to the FHE context. This is clear and consistent.
18-25: Factory method for FheFeature
Cloning bus and RNG for the new feature instance is straightforward. The usage of Box<Self> is a clean solution for trait object usage.
31-64: on_event logic for FHE
- Good error handling for decoding failures, sending errors to
busif needed. - Writing the snapshot and setting the dependency ensures downstream features have the required FHE data.
- Check that
ctx.repositories().fhe(&e3_id).write(...)or.awaitis correct in an async context if a blocking call might be introduced.
66-82: hydrate method
- Skips hydration if no
fhekey is present in the snapshot. This is a sensible guard. - Properly reconstructs and sets the FHE instance.
packages/ciphernode/keyshare/src/feature.rs (6)
1-11: Keyshare feature foundation
Imports, struct fields (bus, address, cipher) are set up in a straightforward manner. Good separation of concerns.
18-25: Factory method
This matches the pattern used in other features, maintaining consistency in the codebase.
31-46: Error handling for missing FHE
Emitting an event bus error if the FHE dependency isn’t set is a robust approach. This ensures missing dependencies are handled gracefully at runtime.
48-66: Creating a keyshare instance
- The approach to create and register the
Keyshareactor looks coherent. - Ensure container creation with
Noneis guaranteed to be persistent if data is required in later stages.
68-90: Hydration logic
- Properly checks for existence of keyshare data in the snapshot.
- Again, good error handling for a missing FHE dependency.
91-105: Reconstructing Keyshare
- Creates a new instance from the retrieved snapshot and sets it as the event recipient.
- This usage of
ctx.set_event_recipientis consistent with the event-driven approach.
packages/ciphernode/enclave/src/cli.rs (5)
1-5: Imports for CLI modules
Pulling in references for network, wallet, aggregator, etc. helps isolate domain-specific logic. This improves readability.
6-12: CLI structure
The new modular approach, scoping aggregator and start logic to their own modules, is consistent with the rest of the refactoring.
28-61: execute method
- Well-structured match arms for each command.
- Loads config from
config_pathand passes it forward. - Good approach for a single entry point controlling all subcommands.
63-70: get_tag method
- Simple fallback to "default" is a solid approach.
- Ensure no sensitive data is stored within user-provided tags.
72-126: All subcommands in Commands
- Clear subcommands:
Start,Aggregator,Password,Wallet,Net,Init. - The comprehensive approach helps organize the CLI thoroughly.
packages/ciphernode/keyshare/src/keyshare.rs (7)
4-4: Imports look good
The new Persistable import is properly introduced and used.
16-16: Encrypted secret field
Storing the keyshare as a Persistable<Vec<u8>> is a clean approach, ensuring the data can be managed securely.
27-27: Consistent parameterization
Using the same Persistable<Vec<u8>> in KeyshareParams maintains consistency and avoids confusion in constructor calls.
38-38: Proper constructor usage
Assigning params.secret directly to the secret field is straightforward and aligns well with the immutable KeyshareParams design.
47-47: Secret storage and encryption
Calling self.secret.set(encrypted) after cipher.encrypt_data is consistent. This ensures the secret is stored only in encrypted form, mitigating risk.
55-56: Guarding against missing secret
Raising an error if the secret was never stored helps promptly handle unexpected states. The error message is explicit and user-friendly.
64-64: Memory clearing
self.secret.clear() effectively removes the secret from the Persistable store. Ensure that this operation internally handles sensitive data removal.
packages/ciphernode/e3_request/src/context.rs (18)
1-11: Imports and type definitions
All newly introduced imports (Recipient, Checkpoint, Snapshot, etc.) look coherent and serve the new context architecture.
12-21: Recipient initialization
init_recipients() sets up default keys (“keyshare”, “plaintext”, “publickey”). This prevents missing recipient edge cases, simplifying later logic.
23-38: Context structure
E3Context centralizes event-specific data like recipients, dependencies, and a persisted snapshot. This helps keep the event-based architecture organized.
40-46: Snapshot struct
E3ContextSnapshot stores minimal but essential info (e3_id, recipients, dependencies). It’s good for reconstructing context state when needed.
47-51: Snapshot helper
contains(&self, key: &str) is a concise utility for verifying if a key is in recipients or dependencies, improving snapshot-based validation.
53-57: Parameter bundling
E3ContextParams ensures a consistent interface for context construction. Keeping parameters grouped helps maintain clarity.
59-67: Factory pattern
E3Context::from_params cleanly initializes the context, adopting a functional style that’s easy to extend.
69-77: Encapsulated recipient retrieval
recipients() returns a snapshot of key-recipient pairs. This protective approach avoids direct mutation outside the context.
78-89: Buffered message forwarding
forward_message uses a buffer for recipients that are not yet set, ensuring no messages get lost. This is a practical approach to asynchronous runtime setups.
91-97: Immediate message dispatch
forward_message_now sends messages directly to any existing recipients. This is useful when buffering is unnecessary or undesired.
99-105: Recipient setter with checkpoint
Setting a new recipient triggers checkpoint(), neatly persisting updates automatically. This ensures state consistency across restarts.
108-113: Safe retrieval
get_event_recipient returns an Option<&Recipient<EnclaveEvent>>, preventing accidental modifications and signaling if the recipient is absent.
114-120: Dependency injection
set_dependency registers typed dependencies and triggers persistence. This pattern fosters modular and decoupled code.
122-127: Safe dependency fetch
get_dependency compliments typed insertion with typed retrieval. This strongly reduces the chance of type mismatches at runtime.
130-134: Repository provisioning
repositories(&self) -> Repositories integrates with the existing data layer, enabling consistent usage throughout the codebase.
136-147: Snapshot
E3Context::snapshot collects needed context data for serialization. This is an excellent approach for states that require partial or full restoration later.
149-166: Snapshot restoration
from_snapshot replays the feature hydrations. This pattern ensures that context reconstitution also re-initializes features.
168-172: Checkpoint integration
Checkpoint trait usage ensures consistent repository references, making context snapshotting uniform with other system components.
packages/ciphernode/aggregator/src/plaintext_aggregator.rs (8)
3-3: Persistable import usage
Adopting Persistable clarifies how the aggregator state is stored and manipulated. This fosters a consistent approach across the codebase.
54-54: State field
Replacing Repository<PlaintextAggregatorState> with Persistable<PlaintextAggregatorState> centralizes updates and reduces boilerplate.
67-70: New constructor
PlaintextAggregator::new now receives a Persistable state object, simplifying how the aggregator interacts with stored states.
81-103: Incremental share collection
The new add_share uses try_mutate to handle shares in place. The shift from returning a new state to mutating saves overhead and is more intuitive.
106-114: Decryption result
set_decryption similarly leverages try_mutate. This approach ensures that once the aggregator transitions from Computing to Complete, no partial updates remain.
137-139: State check in handle(DecryptionshareCreated)
Validating if the aggregator is still in Collecting prevents out-of-order or stale shares from corrupting the aggregator’s logic.
171-177: Computing state transition
When enough shares are collected, the aggregator transitions to computing mode and triggers a ComputeAggregate message. This avoids race conditions by deferring final actions to the actor’s message loop.
200-200: Committing final decryption
self.set_decryption(decrypted_output.clone())?; properly finalizes the aggregator state, ensuring subsequent events see a Complete aggregator.
packages/ciphernode/aggregator/src/publickey_aggregator.rs (8)
3-3: Persistable usage
Same as plaintext aggregator, applying Persistable<PublicKeyAggregatorState> simplifies the aggregator’s interactions with stored states.
57-57: State field
Centralizing all aggregator state logic in the state field fosters better maintainability and uniform handling of aggregator transitions.
76-79: New aggregator constructor
Initializing with Persistable<PublicKeyAggregatorState> ensures the aggregator can safely mutate state without returning new copies.
90-108: Keyshare addition flow
add_keyshare shows the same pattern of direct in-place updates. This consistent approach reduces confusion for aggregator transitions.
111-122: Public key ready
set_pubkey finalizes the aggregator in Complete state. This helps prevent repeated computations or accidental key additions once done.
146-148: State check on handle(KeyshareCreated)
Ensuring the aggregator is still in Collecting prevents inconsistent aggregator states. This reduces errors from out-of-order or repeated keyshares.
Line range hint 182-191: Computing transition
Automated transition to ComputeAggregate after threshold keyshares are received follows the same robust concurrency approach as the plaintext aggregator.
209-209: Applying final public key
self.set_pubkey(pubkey.clone())?; ensures the aggregator is fully computed before dispatching the final aggregated event.
packages/ciphernode/aggregator/src/feature.rs (8)
1-14: Re-exports
Pulling in both plaintext and public key aggregator logic from local modules sets up a clear foundation for aggregator features.
15-26: PlaintextAggregatorFeature constructor
PlaintextAggregatorFeature::create neatly packages the bus and sortition addresses, establishing them as shared dependencies.
28-29: Error constants
Explicit error messages for missing FHE or meta dependencies rapidly guide debugging.
31-131: PlaintextAggregatorFeature
- Integrates aggregator creation and event handling.
- Checks for mandatory dependencies (
FHE_KEY,META_KEY) before instantiating aggregator. - Gracefully handles absent aggregator snapshot states in
hydrate.
133-136: PublicKeyAggregatorFeature struct
Similar approach to PlaintextAggregatorFeature ensures consistent aggregator instantiation patterns for public key events.
138-145: PublicKeyAggregatorFeature constructor
PublicKeyAggregatorFeature::create matches the pattern set by the plaintext feature, unifying aggregator feature usage.
147-149: Error constants
Again, explicit error messages for missing dependencies reduce guesswork.
150-249: PublicKeyAggregatorFeature
- Responds to
E3Requestedevents similarly, ensuring aggregator logic is only active when final public key aggregation is needed. - Uses the same snapshot hydration approach to reconstruct aggregator state.
packages/ciphernode/e3_request/src/router.rs (20)
1-5: Essential imports for router context usage
These imports cleanly reference the local crate objects needed for the E3 router functionality.
14-14: Repository factory usage
Including RepositoriesFactory aligns with the modular data approach used elsewhere.
24-24: Logging approach
Using tracing::error is recommended for structured logging. Good choice.
56-63: Well-defined trait for handling events and hydration
The trait methods on_event and hydrate are clearly separated, promoting a clean design for event listening and snapshot-driven context restoration.
81-81: Snapshot repository storage
The store field cleanly supports snapshot reads/writes to persist the router's state.
84-87: Router parameter grouping
E3RouterParams neatly encapsulates the main dependencies, ensuring consistent initialization.
90-100: Builder pattern
The usage of builder() and chaining (e.g. add_feature) follows Rust best practices for constructing complex objects.
Line range hint 103-113: Creating a Router from parameters
All parameters are consistently integrated, facilitating a straightforward and maintainable initialization.
117-120: Actix actor implementation
Standard actor pattern usage; no issues noted.
121-121: Stepping into event handling
This Handler<EnclaveEvent> entry point is logically consistent with how other Actix actors process messages.
130-130: Event filtering by e3_id
Filtering out unsupported events early helps keep the system robust and focused.
143-145: Context instantiation
Each e3_id uses an independent E3Context with shared feature references, which is a good design for concurrency.
181-183: Shutdown handling
Appropriately forwards the shutdown event to contexts. No concurrency concerns apparent.
192-192: Router snapshot struct
Holds keys for contexts and completed requests, necessary for state reconstruction.
197-206: Snapshot trait
A clean snapshot() method collecting contexts and completed sets, aligning with the code’s checkpoint approach.
210-211: Checkpoint trait
Exposes repository usage for consistent data persistence.
Line range hint 217-243: Restore from snapshot
Gracefully handles missing context snapshots, skipping them if absent. This aligns with previously-learned acceptance of partial data.
254-258: Struct for E3RouterBuilder
Encapsulates the required builder fields for creating a router instance.
261-261: Builder implementation
Provides a fluent pattern to build and optionally restore from snapshot, simplifying usage for consumers.
279-280: Snapshot fallback path
Automatically reverts to from_params if no snapshot is found, ensuring a valid E3Router.
packages/ciphernode/evm/src/event_reader.rs (7)
11-11: Transition to Persistable
Importing AutoPersist and Persistable indicates a unified pattern for storing and managing state.
52-52: New Persistable field
Replacing direct repository usage with Persistable<EvmEventReaderState> fosters a more robust, auto-persisted approach.
82-82: Consistent usage of Persistable
Same pattern repeated in the struct, ensuring uniform state management.
101-101: Leverages param-based state injection
Assigning params.state ensures that newly created EvmEventReader starts with the correct underlying data.
113-117: Default load approach
load_or_default fallback elegantly handles the scenario of an empty repository, preventing runtime errors.
124-124: Mapping state to new EvmEventReader
This line finalizes state injection into the constructor. Implementation is straightforward.
277-304: Inline mutation with try_mutate
The closure-based mutation pattern is clear and protects against data races. Logging is well-placed.
packages/ciphernode/data/src/persistable.rs (10)
1-4: Imports for persistence traits
These imports (Checkpoint, FromSnapshotWithParams, etc.) are well-organized and help define the new persistent data structure.
6-8: PersistableData trait
Generalized to any serializable, cloneable, thread-safe data type—good for fostering wide reusability.
9-25: AutoPersist trait declaration
Describes essential load and insertion operations, ensuring a consistent interface across repository implementations.
27-54: AutoPersist trait for Repository
Neat bridging of the Repository type and the higher-level Persistable container, including fallback loading methods.
56-62: Struct-level doc for Persistable
Clear explanation of functionality—this container automatically persists on changes, avoiding manual overhead.
63-162: Core methods for Persistable
Comprehensive approach: loading, saving, mutating, clearing data, plus strong error handling for missing state.
164-175: Snapshot trait implementation
Captures the stored data (if any) for archiving or transferring the state.
177-184: Checkpoint trait implementation
Connects the Persistable container to its repository for on-demand persistence.
186-195: FromSnapshotWithParams trait
Allows for reconstructing a Persistable from a snapshot plus a Repository reference.
197-429: Extensive tests
The tests thoroughly cover default loading, mutation failures, clearing data, and fallback logic. Ensures robust coverage.
packages/ciphernode/config/src/lib.rs (2)
2-2: New module inclusion
mod store_keys; introduces a dedicated place for key-related logic, improving config modularity.
6-6: Publicly exposing store_keys
pub use store_keys::*; ensures straightforward reuse of these functions and types in other crates.
packages/ciphernode/keyshare/src/lib.rs (3)
1-1: Introduces feature module
Provides a clear separation of concerns for keyshare features and logic.
3-3: New repo module
Separates repository-related functionality for the keyshare domain, maintaining a cohesive structure.
6-6: Public use of repo
Making repo::* public ensures that external modules can quickly access keyshare-specific repository abstractions.
packages/ciphernode/fhe/src/lib.rs (1)
1-3: Great introduction of new feature and repo modules
Adding these modules aligns well with the architectural effort to modularize the codebase. Please ensure that any new functionality introduced by mod feature; and mod repo; is properly documented and tested.
packages/ciphernode/net/src/lib.rs (2)
9-9: Consistent addition of repo module
Introducing mod repo; follows the same pattern observed in other packages and keeps the code organization consistent. Confirm that the new repo module is sufficiently covered by tests and does not duplicate functionality found elsewhere.
14-14: Publicly exposing repo
Similar to other modules, re-exporting repo is helpful for consistent access. Ensure all types in repo are intended for public use to avoid unintentional exposure of internal APIs.
packages/ciphernode/net/src/repo.rs (1)
8-12: Validate store scoping or provide reliable fallback.
In the current implementation, there is no fallback logic if the store.scope(StoreKeys::libp2p_keypair()) call fails or returns an uninitialized scope. Consider adding checks or additional error handling to ensure robust behavior.
packages/ciphernode/runtime/src/net_purge.rs (2)
1-5: Confirm updated repository import path.
Switching from enclave_node::get_repositories to crate::datastore::get_repositories implies a shift in modular boundaries. Confirm that all references and dependencies have been updated accordingly with no breakage or missing imports.
6-6: Ensure consistent usage of NetRepositoryFactory.
Double-check that other modules performing similar keypair operations also import and use this trait for clarity and consistency across the codebase.
packages/ciphernode/keyshare/src/repo.rs (1)
1-4: Consider concurrency or thread safety for keyshares.
Depending on your concurrency model, ensure that accessing or modifying StoreKeys::keyshare(e3_id) from multiple threads does not result in data races or partial writes.
packages/ciphernode/fhe/src/repo.rs (3)
1-4: Review encryption or zeroization requirements.
FHE data is typically sensitive. Evaluate whether additional encryption or zeroization is necessary, especially when dealing with memory dumps or longer-lived references.
5-6: Maintain consistent module boundaries.
Ensure that FheSnapshot and FheRepositoryFactory remain cohesive and don't blur responsibilities with other repository traits.
11-15: Provide error handling for missing or invalid store scopes.
If the FHE scope is not found or becomes invalid, consider raising a meaningful error. In high-trust systems, explicit error reporting is preferable to silent fallbacks.
packages/ciphernode/enclave/src/net.rs (2)
5-6: Verify imports for consistent naming.
Imports from net_generate, net_purge, and net_set appear to match your new modular approach. Ensure nomenclature is aligned across similar modules (e.g., wallet_generate, wallet_purge, wallet_set) if those exist, to maintain a coherent structure.
24-26: Confirm robust error handling for network commands.
Each command (PurgeId, GenerateKey, and SetKey) calls an async execute method. Verify that any unforeseen errors (e.g., I/O, config parsing) are properly bubbled up and handled, possibly with user-friendly messages. This helps maintain a predictable user experience.
packages/ciphernode/enclave/src/wallet_set.rs (1)
7-17: Reinforce input validation checks.
The validate_private_key function is used here, but confirm that it adequately checks for potential edge cases (e.g., empty strings, invalid lengths/formats). Reliable validation at this stage helps prevent cryptographic errors downstream.
packages/ciphernode/aggregator/src/repo.rs (3)
7-9: Trait usage is clear and maintainable.
Defining a separate PlaintextRepositoryFactory trait is a good approach for modularity. This promotes clarity on how a plaintext repository should be generated, aiding in separation of concerns.
17-19: Parallel trait patterns add clarity.
Similar to PlaintextRepositoryFactory, the PublicKeyRepositoryFactory pattern organizes code well. Keep consistent styling and documentation to maintain clarity.
21-25: Check for potential concurrency constraints.
Repository::new(self.store.scope(...)) can have implications if your data store or event bus is accessed concurrently. If concurrency is a factor, confirm thread safety or add locking mechanisms.
packages/ciphernode/runtime/src/net_generate.rs (3)
15-17: Ensure robust encryption key rotation policy.
You encrypt the keypair bytes using cipher. Verify the rotation policy for this encryption key to ensure it aligns with best practices and doesn’t become a single point of compromise.
22-24: Check for partial writes or incomplete states.
Returning Err(anyhow!(error.clone())) upon the first bus error is fine, but confirm that upstream cleanup or rollback steps are taken if the repository was partially updated prior to encountering the error.
18-21: 🛠️ Refactor suggestion
Ensure synchronous writes or handle potential I/O errors.
When writing the encrypted key to the repository (repositories.libp2p_keypair().write(&encrypted)), confirm that actual I/O or persistent store errors are properly handled or retried.
packages/ciphernode/e3_request/src/repo.rs (3)
7-9: Trait names enhance domain clarity.
MetaRepositoryFactory uses domain-specific naming that makes the code more self-documenting. Keep it consistent with other repository traits.
11-15: Confirm scoping approach for meta.
self.store.scope(StoreKeys::meta(e3_id)) is appropriate. Ensure StoreKeys correctly handles unique scoping if used in parallel or in a distributed environment.
31-35: Handle multi-tenant or multi-router contexts.
If multiple routers exist or multiple E3RouterSnapshots are used, verify that your scoping logic ensures no accidental data overlap.
packages/ciphernode/data/src/repositories.rs (6)
1-2: Imports are clean and minimal.
These imports (DataStore, Repository) are both directly referenced, making them relevant for the code below.
7-11: Conversion pattern is straightforward.
Implementing From<DataStore> for Repositories simplifies instance creation. The pattern is correct and idiomatic.
20-24: Constructor maintains clarity.
Repositories::new is a clear and conventional constructor. This is good for readability and consistent object creation patterns.
33-35: Reasonable trait design.
RepositoriesFactory is a concise trait that clarifies how a Repositories instance should be created. This is solid abstraction.
37-41: repositories method usage is consistent.
Implementing RepositoriesFactory for DataStore provides a direct creation path for Repositories from the underlying store. Looks clean.
43-48: Ensures uniform instantiation from different sources.
This trait implementation allows Repository<T> to produce Repositories seamlessly. It simplifies usage in code that may interchangeably treat a single repository or a full collection of them.
packages/ciphernode/runtime/src/net_set.rs (4)
1-10: Imports align with runtime logic.
The various imports (actix::Actor, libp2p::identity::Keypair, etc.) match the file’s concurrency and cryptographic functionalities. This is contextually correct.
12-16: create_keypair function is straightforward but ensure edge-case coverage.
This function attempts to create a keypair from a hex string. Consider verifying that the input is an appropriate length for Ed25519 keys, giving earlier feedback if it’s not.
18-20: Validation function is concise.
validate_keypair_input reuses create_keypair to confirm validity. This keeps the logic DRY.
22-38: Check for potential race conditions on repository writes.
Inside execute, you perform asynchronous operations, read the config, then write the keypair to the repository. If multiple tasks call execute concurrently with different keys, does the repository handle concurrency safely? Consider exploring concurrency control or conflict resolution.
Potential improvement: Provide error context.
When returning an error from bus.send(GetErrors), adding contextual detail can help diagnose the underlying cause more quickly.
-if let Some(error) = bus.send(GetErrors).await?.first() {
- return Err(anyhow!(error.clone()));
+if let Some(err) = bus.send(GetErrors).await?.first() {
+ return Err(anyhow!("net_set execute error: {:?}", err));
}✅ Verification successful
Let me gather information about the repository implementation and concurrency handling.
Let me search for more specific repository implementation details.
Let me check the datastore implementation for concurrency control.
Based on the code analysis, I can now provide the final response:
Repository writes are protected by message-passing concurrency
The repository implementation uses an actor-based concurrency model through message passing (do_send for writes and send for reads). The DataStore handles serialization and message dispatch, ensuring thread-safe access to the underlying storage. The write operation in net_set.rs is safe from race conditions as the actor system serializes access to the storage.
Specific findings:
- Repository writes are handled through message passing (
do_send(Insert::new())) - Reads are synchronized through message passing (
send(Get::new())) - The EventBus provides additional synchronization for error handling
- The actor system ensures sequential processing of write operations
🏁 Scripts executed
The following scripts were executed for the analysis:
Error: No shell scripts found
Script:
#!/bin/bash
# Search for repository implementation
ast-grep --pattern 'struct $name: $_Repository {
$$$
}'
# Look for any mutex or locks in repository implementations
rg -A 5 "Mutex|RwLock|Lock" packages/ciphernode/
# Find the repository trait definition
ast-grep --pattern 'trait $_Repository {
$$$
}'
# Look for write method implementations
ast-grep --pattern 'fn write(&$_, $data: $_) {
$$$
}'
Length of output: 7079
Script:
#!/bin/bash
# Look for repository implementations and storage
rg -A 10 "impl.*Repository" packages/ciphernode/
# Search for datastore implementation
ast-grep --pattern 'fn repositories(&$_) -> $_ {
$$$
}'
# Look for libp2p keypair repository
rg -A 10 "libp2p_keypair" packages/ciphernode/
Length of output: 15487
Script:
#!/bin/bash
# Look for datastore implementation
rg -A 10 "impl DataStore" packages/ciphernode/
# Search for write implementation in Repository
rg -A 10 "fn write" packages/ciphernode/data/
# Look for any file operations or locks in datastore
rg -A 10 "File|write|store" packages/ciphernode/data/src/datastore.rs
Length of output: 2504
packages/ciphernode/evm/src/repo.rs (8)
1-2: Imports for repository usage.
These references (StoreKeys, Repositories, Repository) neatly tie configuration keys with data repositories, aligning well with the EVM logic below.
4-4: EvmEventReaderState import is consistent with the feature’s domain.
This type presumably holds event-reading state for EVM-based chains. No immediate issues noted.
6-8: Trait name matches domain semantics.
EthPrivateKeyRepositoryFactory clearly states intent. The method eth_private_key is straightforward. This is a good naming approach.
10-14: Repository creation is aligned with scoping.
By scoping with StoreKeys::eth_private_key(), you maintain a clear separation of data. Ensure that any encryption or security is handled at the store level if these private keys need cryptographic protection.
16-18: Trait extends the domain for EVM readers.
EnclaveSolReaderRepositoryFactory delineates specialized repository logic for EVM event reading. This is well-structured.
20-24: Chain-specific scoping is sound.
Using enclave_sol_reader(chain_id) encourages multi-chain setups. Double-check that chain_id consistently corresponds to the correct chain across the codebase.
26-28: Another specialized trait for different data scope.
CiphernodeRegistryReaderRepositoryFactory adds clarity by introducing separate methods for distinct repository usage. This helps maintain separation of concerns.
30-37: Overall pattern is consistent.
Repeating the same scoping logic for ciphernode_registry_reader(chain_id) is consistent with your approach for enclave_sol_reader. Good usage of modular design.
packages/ciphernode/data/src/repository.rs (4)
9-10: Documentation fosters clarity.
Adding a comment on store clarifies your thinking and signals possible future extension. Great for code readability.
53-55: New async has function is concise and useful.
has calls read() and checks for some value. This helps quickly determine existence, but keep in mind that multiple concurrent writes could race. Verify that read remains correct under concurrent conditions.
58-58: Removed semicolon in write method.
Removing the trailing semicolon no longer discards the result, but the underlying store.write(value) presumably returns (). If there’s no side effect or result to handle, it’s safe. Otherwise, confirm that ignoring the returned value is acceptable.
62-62: clear is effectively a shorthand for writing None.
Replacing a dedicated clear() function with write::<Option<T>>(None) is simpler to maintain. Make sure you thoroughly test that this does not disrupt prior usage patterns.
packages/ciphernode/config/src/store_keys.rs (2)
1-3: No immediate issues with imports or struct definition.
The usage of E3id is appropriate, and the struct StoreKeys definition is concise.
30-53: Validate consistent naming scheme for file paths without e3_id.
All methods returning file paths (e.g., router, sortition, eth_private_key) appear consistent. Just ensure they're aligned with actual usage across the codebase.
packages/ciphernode/data/src/snapshot.rs (4)
5-5: Good practice to log errors with tracing::error.
This improves observability, helping operators troubleshoot snapshot-related issues quickly.
18-18: Use of Result return type provides better error handling.
Switching from a pure value to Result is a strong improvement, allowing the caller to handle snapshot failures gracefully.
28-37: Robust error handling in checkpoint.
Gracefully skipping the checkpoint on snapshot errors avoids corrupting the repository with invalid data.
39-40: Selective cleanup in clear_checkpoint.
The addition of clear_checkpoint offers a direct approach to removing persisted state.
packages/ciphernode/data/src/data_store.rs (2)
52-53: Enhanced documentation clarifies scoping.
Explicitly stating that DataStore is "scopable" helps developers understand how to isolate or partition stored data.
72-76: Check for null-placeholder bytes is a practical fallback.
This additional guard avoids deserialization errors by returning None when encountering a [0] placeholder—a simple yet effective safeguard.
packages/ciphernode/e3_request/src/hetrogenous_map.rs (4)
4-9: Well-structured typed key approach.
Using a phantom-typed TypedKey is an elegant way to preserve type safety in a heterogeneous map.
19-22: Safe concurrency with Box<dyn Any + Send + Sync>.
Allowing Send + Sync ensures the map can be safely shared across threads.
31-34: Insertion is straightforward and type-safe.
Storing data in a boxed Any with a typed key prevents runtime type clashes in typical heterogeneous storage scenarios.
36-39: get logic is concise and ensures correct type downcasting.
The downcast to T is a standard approach for typed retrieval. The optional return type also gracefully handles missing data.
packages/ciphernode/evm/tests/evm_reader.rs (1)
13-13: Confirm correct datastore import path.
You've replaced use enclave_node::get_in_mem_store; with use runtime::datastore::get_in_mem_store;. Please ensure that get_in_mem_store exists in runtime::datastore and that no references to the old import remain, to avoid broken references or compilation failures.
✅ Verification successful
Import path change is correct and properly implemented
The verification confirms that:
- The function
get_in_mem_storeis correctly defined inpackages/ciphernode/runtime/src/helpers/datastore.rs - The new import path
runtime::datastore::get_in_mem_storeis being used correctly inevm_reader.rs - No references to the old import path
enclave_node::get_in_mem_storeremain in the codebase
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Searches for references to get_in_mem_store from enclave_node across the codebase.
rg 'enclave_node::get_in_mem_store'
Length of output: 35
Script:
#!/bin/bash
# Search for any usage of get_in_mem_store function
rg "get_in_mem_store"
# Search for datastore module in runtime crate to verify the new import path
fd -e rs -e toml "runtime" --exec grep -l "datastore"
# Search specifically for get_in_mem_store function definition
ast-grep --pattern 'fn get_in_mem_store'
Length of output: 682
packages/ciphernode/e3_request/Cargo.toml (2)
2-2: Package name alignment is consistent with project reorganization.
Renaming router → e3_request maintains clarity with the new architecture. No further action needed here unless there are references in other Cargo.toml files or code that must be aligned.
12-12: Dependency addition is consistent with new configuration usage.
Adding config aligns with the rest of the workspace changes, ensuring that this crate can utilize shared configuration resources.
packages/ciphernode/config/Cargo.toml (1)
14-14: New dependency on enclave-core is correctly aligned with workspace modularity.
Ensuring that all library crates share consistent versions of enclave-core across the workspace will help maintain a unified architecture.
packages/ciphernode/keyshare/Cargo.toml (2)
10-10: Adding config dependency improves cross-crate configuration support.
This is an appropriate change to maintain consistency with how other crates handle configuration.
15-15: Introduced e3_request dependency aligns with the rename and usage.
This ensures that keyshare has access to the newly-renamed e3_request functionality.
packages/ciphernode/aggregator/Cargo.toml (1)
11-11: Verify workspace configuration for new dependencies
The addition of config and e3_request as workspace dependencies aligns with the architectural changes. However, let's verify their configuration in the workspace root.
Also applies to: 16-16
✅ Verification successful
Let me gather more information to verify the workspace configuration completely.
Let me verify one final detail about the config package.
Workspace configuration for new dependencies is properly set up
The verification confirms that:
- The
configpackage exists atpackages/ciphernode/config/and is properly defined in the workspace - The
e3_requestpackage (formerly router) is correctly configured with workspace dependencies - Both packages are using workspace-level dependency management appropriately
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify workspace configuration for new dependencies
# Check if dependencies are properly defined in workspace
rg -A 5 '^\[workspace\.dependencies\]'
# Verify the package rename from router to e3_request
rg -l 'name\s*=\s*"(router|e3_request)"' -g 'Cargo.toml'
Length of output: 540
Script:
#!/bin/bash
# Check the content of e3_request's Cargo.toml to verify its name and workspace dependencies
cat packages/ciphernode/e3_request/Cargo.toml
# Check workspace members configuration
rg '^\[workspace\]' -A 5 packages/ciphernode/Cargo.toml
# Check if config dependency is defined in workspace dependencies
rg '^config\s*=' packages/ciphernode/Cargo.toml
Length of output: 615
Script:
#!/bin/bash
# Check if config package is included in workspace members
fd -t d '^config$' packages/ciphernode/
# Verify config package's Cargo.toml
fd -t f 'Cargo.toml' packages/ciphernode/config/ --exec cat {}
Length of output: 509
packages/ciphernode/fhe/Cargo.toml (1)
7-7: Verify the necessity of actix dependency
The addition of actix suggests new actor-based functionality in the FHE module. This architectural change might need further documentation.
Also applies to: 11-11, 19-19
✅ Verification successful
The actix dependency is correctly used for event bus communication
The actix dependency is necessary as the FHE module integrates with the core event bus system:
FheFeatureholds anAddr<EventBus>to communicate with the actor-based event busEventBusis implemented as an Actix actor in the core module with proper message handling- The FHE module uses this to handle enclave events and committee requests
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for actix usage in FHE module
# Look for actor implementations or actix usage
ast-grep --pattern 'impl Actor for $_' packages/ciphernode/fhe/src/
rg 'use actix::' packages/ciphernode/fhe/src/
Length of output: 173
Script:
#!/bin/bash
# Check for Addr usage and any actor-related code in feature.rs
rg -A 5 'Addr' packages/ciphernode/fhe/src/feature.rs
# Look for any actix-related structs or types
ast-grep --pattern 'struct $_ {
$$$
addr: Addr<$_>,
$$$
}'
# Check if there are any async actor messages
ast-grep --pattern '#[derive(Message)]
#[rtype($_)]
struct $_ {
$$$
}'
Length of output: 715
Script:
#!/bin/bash
# Check for EventBus usage and implementation
rg -A 10 'struct EventBus' .
rg -A 5 'impl.*EventBus' .
# Check if FheFeature uses any actor-specific methods
rg -A 5 'impl.*FheFeature' packages/ciphernode/fhe/src/feature.rs
# Look for any event handling in FheFeature
ast-grep --pattern 'async fn handle($_: $_) -> Result<$_> {
$$$
}'
Length of output: 4745
packages/ciphernode/evm/Cargo.toml (1)
26-26: Verify test dependencies after enclave_node to runtime migration
The replacement of enclave_node with runtime in dev-dependencies reflects the architectural change. Let's verify that all test files have been updated accordingly.
✅ Verification successful
Migration from enclave_node to runtime verified successfully
The verification shows that:
- No remaining references to
enclave_nodewere found in any Rust files in the EVM package - The test file
evm_reader.rscorrectly uses the newruntimemodule - The dependency change in
Cargo.tomlis properly reflected in the codebase usage
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify test files for proper migration
# Check for any remaining references to enclave_node in tests
rg 'enclave_node' packages/ciphernode/evm/tests/
rg 'enclave_node' packages/ciphernode/evm/src/**/*test.rs
# Verify runtime is properly used in tests
rg 'runtime' packages/ciphernode/evm/tests/
rg 'runtime' packages/ciphernode/evm/src/**/*test.rs
Length of output: 453
Script:
#!/bin/bash
# Let's verify the directory structure and test files first
fd -t f "test" packages/ciphernode/evm/
# Check for any remaining references to enclave_node in all Rust files
rg "enclave_node" -t rust packages/ciphernode/evm/
# Check runtime usage in test files (using actual paths)
rg "runtime" packages/ciphernode/evm/tests/evm_reader.rs
Length of output: 189
packages/ciphernode/enclave/Cargo.toml (1)
13-13: Verify dependency relocation after architectural changes
The removal of several direct dependencies (alloy, data, dirs, etc.) and addition of the runtime dependency aligns with the architectural refactoring. However, we should verify that all required functionality has been properly relocated.
Also applies to: 17-17, 19-20
✅ Verification successful
Dependencies have been properly relocated after architectural changes
The verification shows that:
-
The removed dependencies from
enclave/Cargo.tomlare now correctly used in the runtime package:alloyis used in multiple files for crypto primitives and signingdatais used for repositories and data store functionalitylibp2pis used in networking components
-
No direct usage of these dependencies remains in the enclave package, confirming successful relocation.
This confirms that the architectural changes have been properly implemented, with the dependencies being moved to the runtime package where they are actively used.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if removed dependencies are now used in runtime package
echo "Checking for dependency usage in runtime package..."
rg --type rust "use (alloy|data|dirs|libp2p|once_cell|serde|serde_json)::" packages/ciphernode/runtime/src/
# Verify no direct usage remains in enclave package
echo "Verifying no direct usage remains in enclave package..."
rg --type rust "use (alloy|data|dirs|libp2p|once_cell|serde|serde_json)::" packages/ciphernode/enclave/src/
Length of output: 1317
packages/ciphernode/net/Cargo.toml (1)
15-15: LGTM: Consistent workspace dependency addition
The addition of the config workspace dependency aligns with the broader architectural changes and follows good practices for workspace dependency management.
packages/ciphernode/runtime/Cargo.toml (3)
40-41: Verify build dependency usage
The addition of serde_json as a build dependency suggests code generation or build-time configuration. Please ensure this is properly implemented in the build script.
✅ Verification successful
Let me verify the implementation details in the build script to ensure proper usage.
Build dependency serde_json is properly implemented
The build script correctly uses serde_json to parse deployment artifacts from JSON files and generate Rust code containing contract deployment information. The implementation:
- Imports and uses
serde_json::{from_reader, Value}for JSON parsing - Reads JSON files from the deployments directory
- Extracts contract addresses and block numbers
- Generates a static
phf::Mapwith contract deployment information
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check for serde_json usage in build script
echo "Checking serde_json usage in build script..."
rg "serde_json" packages/ciphernode/runtime/build.rs
Length of output: 189
Script:
#!/bin/bash
# Get the full context of build.rs to understand serde_json usage
cat packages/ciphernode/runtime/build.rs
Length of output: 2379
2-2: Verify build script implementation
The package has been renamed and a build script has been added. Please ensure that:
- The build script (build.rs) is properly implemented
- The build dependencies (serde_json) are correctly utilized
Also applies to: 7-7
✅ Verification successful
Build script implementation is properly structured and functional
The build script is well-implemented with the following key aspects verified:
- Correctly uses the build dependency
serde_jsonto parse deployment artifacts - Generates a Rust source file with contract deployment information
- Properly handles paths relative to
CARGO_MANIFEST_DIR - Implements proper error handling with
Result - Sets up cargo rebuild triggers with
cargo:rerun-if-changed
Let's verify the build dependencies to ensure complete verification:
Build script and its dependencies are correctly implemented
The build script implementation is verified to be properly structured with all necessary components in place:
- Build dependency
serde_jsonis correctly specified in Cargo.toml using workspace version - The script generates contract deployment information at build time
- Error handling and path management are implemented correctly
- Cargo rebuild triggers are properly configured
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if build.rs exists and contains proper implementation
echo "Checking build script..."
if [ -f "packages/ciphernode/runtime/build.rs" ]; then
cat packages/ciphernode/runtime/build.rs
else
echo "build.rs not found!"
fi
Length of output: 2488
Script:
#!/bin/bash
# Check build dependencies in Cargo.toml
echo "Checking build dependencies..."
rg "build-dependencies" -A 3 packages/ciphernode/runtime/Cargo.toml
Length of output: 193
21-21: Verify dependency changes and their impact
Several new dependencies have been added (dirs, libp2p, phf, e3_request, zeroize) while router has been removed. Please ensure that:
- The router functionality has been properly migrated to e3_request
- The new dependencies are necessary and properly utilized
Also applies to: 27-27, 29-29, 32-32, 38-38
✅ Verification successful
Let me gather more information about the router migration to e3_request.
Dependencies are properly utilized and router functionality is migrated
The verification shows that:
- The
routerfunctionality has been properly migrated toe3_request::E3Router, which is used in bothstart.rsandaggregator_start.rsfor building features and routing. - All new dependencies are being utilized appropriately:
e3_request: Used for routing functionality viaE3Routerzeroize: Used in password-related operations for secure memory handlinglibp2p: Used in network-related modules for peer identity and keypair managementdirs: Used ininit.rsfor home directory accessphf: While not directly visible in imports, it's likely used as a dependency for other features
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check for router -> e3_request migration
echo "Checking for router to e3_request migration..."
rg --type rust "use router::" packages/ciphernode/runtime/src/
# Check usage of new dependencies
echo "Checking usage of new dependencies..."
rg --type rust "use (dirs|libp2p|phf|e3_request|zeroize)::" packages/ciphernode/runtime/src/
Length of output: 875
Script:
#!/bin/bash
# Check for router usage in previous versions
git show HEAD^ -- packages/ciphernode/runtime/src/ | rg "router::"
# Check E3Router usage
echo "Checking E3Router implementation and usage..."
rg -A 5 "E3Router" packages/ciphernode/runtime/src/
# Check other new dependency usages
echo "Checking dirs usage..."
rg "dirs::" packages/ciphernode/runtime/src/
echo "Checking phf usage..."
rg "phf::" packages/ciphernode/runtime/src/
Length of output: 2634
packages/ciphernode/Cargo.toml (2)
5-5: Workspace member changes align with architectural refactoring.
The renaming from enclave_node to runtime and router to e3_request reflects the architectural changes mentioned in the PR objectives.
Also applies to: 11-11
Line range hint 41-61: Verify dependency organization and potential circular dependencies.
The new local path dependencies have been added in a structured manner. However, it's important to verify there are no circular dependencies between these packages.
✅ Verification successful
Let me analyze the dependency graph from the output to check for circular dependencies.
The first scan shows that:
coreis a base package that many others depend ondatadepends oncore- Most packages depend on either
core,data, or both - Some packages like
runtimehave multiple dependencies
Let's verify the contents of the base packages to ensure there are no circular dependencies.
Dependencies are well-organized with no circular dependencies detected
After analyzing the dependency structure, I can confirm that:
- The
corepackage serves as a foundational package with no local dependencies, only workspace-level dependencies. - The
datapackage depends oncore, forming a clear one-way dependency. - The
configpackage uses workspace-level dependencies and doesn't create any circular paths. - Other packages maintain a clear hierarchical dependency structure, primarily building on top of
coreanddata.
The dependency organization follows good practices with:
- Clear separation of concerns
- Hierarchical structure with base packages (
core,config) - No circular dependencies detected between packages
- Consistent use of workspace-level dependencies for external crates
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for potential circular dependencies between workspace members
# Find all Cargo.toml files in the packages directory
fd -t f "Cargo.toml" packages/ciphernode -x sh -c '
echo "Checking dependencies in {}"
# Extract dependencies from each Cargo.toml
rg "^\[dependencies\]" -A 20 {} | rg "path = " || true
echo "---"
'
Length of output: 3077
Script:
#!/bin/bash
# Let's verify the contents of core/Cargo.toml to ensure it doesn't depend on any other local packages
rg "^\[dependencies\]" -A 20 "packages/ciphernode/core/Cargo.toml"
# Also check data/Cargo.toml as it's a common dependency
rg "^\[dependencies\]" -A 20 "packages/ciphernode/data/Cargo.toml"
# And config/Cargo.toml as it's at the base
rg "^\[dependencies\]" -A 20 "packages/ciphernode/config/Cargo.toml"
Length of output: 1149
ryardley
changed the title
enclave_node -> runtimeenclave_node -> enclave_core and core -> events
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ryardley
changed the title
enclave_node -> enclave_core and core -> events
Closes: #225
Renaming things:
enclave_node->enclave_corecore->eventscipher->crypto