feat(multi): enhance multichain search api #1221
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WalkthroughThis pull request introduces several significant changes across the multichain-aggregator project, focusing on enhancing database schema, search functionality, and API capabilities. The primary modification is the addition of a Possibly related PRs
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Actionable comments posted: 5
🧹 Nitpick comments (15)
multichain-aggregator/multichain-aggregator-logic/src/repository/block_ranges.rs (1)
59-64: Consider validatingpage_size.
The new parameterspage_sizeandpage_tokenenable pagination, which is a good approach. However, it might be beneficial to handle edge cases forpage_size(e.g., zero or excessively large values) to prevent potential DB overhead or unexpected paging results.multichain-aggregator/multichain-aggregator-server/src/services/multichain_aggregator.rs (3)
34-34: Caching chains in aVec<types::chains::Chain>.
This is fine for moderate data sets, but watch out for stale data if the chain list changes at runtime.
93-104: Newlist_chainsmethod returns cached chain data.
Implementation is straightforward, but consider periodically refreshing if external config can change.
136-145: Mapping addresses and building pagination info.
This is correct, but be mindful of partial successes. A single conversion failure will fail the entire response.multichain-aggregator/multichain-aggregator-migration/src/m20250130_084023_add_chains_name.rs (1)
6-21: Adding and dropping thenamecolumn to/fromchainstable.
This clearly migrates the schema to accommodate the optionalnamefield. Consider specifying a default value for older rows, if relevant to your application needs.multichain-aggregator/multichain-aggregator-logic/src/repository/chains.rs (1)
35-40: Consider adding ordering and pagination to list_chains.The current implementation could benefit from:
- Consistent ordering (e.g., by chain ID or name)
- Pagination support using the new
paginate_cursorfunctionExample implementation:
pub async fn list_chains<C>(db: &C) -> Result<Vec<Model>, DbErr> where C: ConnectionTrait, { - Entity::find().all(db).await + Entity::find() + .order_by_asc(Column::Id) + .all(db) + .await } +pub async fn list_chains_paginated<C>( + db: &C, + page_size: u64, + after_id: Option<String>, +) -> Result<(Vec<Model>, Option<String>), DbErr> +where + C: ConnectionTrait, +{ + let mut query = Entity::find().order_by_asc(Column::Id); + if let Some(id) = after_id { + query = query.filter(Column::Id.gt(id)); + } + paginate_cursor(db, query.cursor_by(Column::Id), page_size, |m| m.id.clone()).await +}multichain-aggregator/multichain-aggregator-logic/src/types/chains.rs (1)
49-66: Consider more descriptive error messages.The error messages could be more helpful by including the actual chain ID in the error message.
- .ok_or(ParseError::Custom("name is missing".to_string()))?, + .ok_or(ParseError::Custom(format!("name is missing for chain {}", v.id)))?, - .ok_or(ParseError::Custom("explorer_url is missing".to_string()))?, + .ok_or(ParseError::Custom(format!("explorer_url is missing for chain {}", v.id)))?, - .ok_or(ParseError::Custom("icon_url is missing".to_string()))?, + .ok_or(ParseError::Custom(format!("icon_url is missing for chain {}", v.id)))?,multichain-aggregator/multichain-aggregator-logic/src/clients/dapp.rs (1)
58-91: Consider adding response type documentation.The new list_categories and list_chains endpoints return Vec, but it's not immediately clear what these strings represent.
Add documentation to clarify the response content:
pub mod list_categories { use super::*; + /// Returns a list of marketplace category names pub struct ListCategories {} impl Endpoint for ListCategories { type Response = Vec<String>; pub mod list_chains { use super::*; + /// Returns a list of chain identifiers supported by the marketplace pub struct ListChains {} impl Endpoint for ListChains { type Response = Vec<String>;multichain-aggregator/multichain-aggregator-logic/src/types/addresses.rs (2)
94-103: Consider standardizing token type string format.The
try_str_to_db_token_typefunction uses kebab-case format (e.g., "erc-20") while the enum variants use PascalCase (e.g., Erc20). This inconsistency might lead to confusion.Consider either:
- Using consistent casing in both places
- Adding documentation to clarify the expected string format
- Supporting multiple formats for better usability
+/// Converts a string representation of a token type to TokenType enum. +/// Expects kebab-case format: "erc-20", "erc-721", "erc-1155", "erc-404" pub fn try_str_to_db_token_type(token_type: &str) -> Result<TokenType, ParseError> {
77-80: Document ERC-404 token type support.The addition of ERC-404 token type support is a significant change that should be documented.
Add documentation explaining ERC-404 token support and its implications:
+/// Token type conversion functions support ERC-404, a new token standard that combines +/// features of ERC-20 and ERC-721 tokens. This allows proper categorization of ERC-404 +/// tokens in the system. pub fn proto_token_type_to_db_token_type(token_type: proto::TokenType) -> Option<TokenType> {Also applies to: 87-90
multichain-aggregator/multichain-aggregator-logic/src/repository/addresses.rs (1)
65-82: Consider adding index for text search performance.The text search on contract_name using to_tsvector might benefit from a GiST or GIN index for better performance.
Consider adding the following index:
CREATE INDEX idx_addresses_contract_name_ts ON addresses USING GIN (to_tsvector('english', contract_name));multichain-aggregator/multichain-aggregator-proto/proto/v1/api_config_http.yaml (1)
19-32: Consider API versioning strategy for new endpoints.The new endpoints are added under
/api/v1/, which is good for versioning. However, marketplace endpoints might benefit from a separate service namespace for better isolation.Consider either:
- Moving marketplace endpoints to a dedicated service:
- selector: blockscout.marketplace.v1.MarketplaceService.ListChains get: /api/v1/marketplace/chains
- Or documenting the decision to keep them in the same service for future maintainers.
multichain-aggregator/multichain-aggregator-logic/src/types/search_results.rs (1)
10-17: Document memory implications of search result vectors.The QuickSearchResult struct contains multiple vectors that could grow large. Consider documenting size limits or pagination strategies.
Add documentation about size constraints:
+/// Represents quick search results across different entity types. +/// Note: Each vector has a soft limit of 1000 items to prevent memory issues. +/// Use pagination endpoints for complete results. #[derive(Default, Debug)] pub struct QuickSearchResult {multichain-aggregator/multichain-aggregator-proto/swagger/v1/multichain-aggregator.swagger.yaml (2)
Line range hint
45-138: Consider adding rate limiting headers to the API endpoints.While the new endpoints are well-defined, consider adding standard rate limiting headers:
X-RateLimit-LimitX-RateLimit-RemainingX-RateLimit-ResetThis is especially important for the marketplace endpoints which might be called frequently.
Line range hint
365-517: Consider enhancing schema validation constraints.While the type definitions are correct, consider adding OpenAPI-specific validations:
minLength/maxLengthfor string fieldspatternfor hash fieldsformat: urifor URL fieldsexamplevalues for better documentationThis would improve API robustness and documentation quality.
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📒 Files selected for processing (21)
multichain-aggregator/multichain-aggregator-entity/src/chains.rs(1 hunks)multichain-aggregator/multichain-aggregator-logic/src/clients/dapp.rs(1 hunks)multichain-aggregator/multichain-aggregator-logic/src/clients/token_info.rs(1 hunks)multichain-aggregator/multichain-aggregator-logic/src/lib.rs(1 hunks)multichain-aggregator/multichain-aggregator-logic/src/repository/addresses.rs(2 hunks)multichain-aggregator/multichain-aggregator-logic/src/repository/block_ranges.rs(2 hunks)multichain-aggregator/multichain-aggregator-logic/src/repository/chains.rs(1 hunks)multichain-aggregator/multichain-aggregator-logic/src/repository/hashes.rs(2 hunks)multichain-aggregator/multichain-aggregator-logic/src/repository/mod.rs(1 hunks)multichain-aggregator/multichain-aggregator-logic/src/services/mod.rs(1 hunks)multichain-aggregator/multichain-aggregator-logic/src/services/search.rs(6 hunks)multichain-aggregator/multichain-aggregator-logic/src/types/addresses.rs(3 hunks)multichain-aggregator/multichain-aggregator-logic/src/types/chains.rs(3 hunks)multichain-aggregator/multichain-aggregator-logic/src/types/dapp.rs(1 hunks)multichain-aggregator/multichain-aggregator-logic/src/types/search_results.rs(1 hunks)multichain-aggregator/multichain-aggregator-migration/src/lib.rs(1 hunks)multichain-aggregator/multichain-aggregator-migration/src/m20250130_084023_add_chains_name.rs(1 hunks)multichain-aggregator/multichain-aggregator-proto/proto/v1/api_config_http.yaml(1 hunks)multichain-aggregator/multichain-aggregator-proto/proto/v1/multichain-aggregator.proto(4 hunks)multichain-aggregator/multichain-aggregator-proto/swagger/v1/multichain-aggregator.swagger.yaml(6 hunks)multichain-aggregator/multichain-aggregator-server/src/services/multichain_aggregator.rs(8 hunks)
✅ Files skipped from review due to trivial changes (1)
- multichain-aggregator/multichain-aggregator-logic/src/services/mod.rs
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- GitHub Check: Linting / lint
- GitHub Check: Unit, doc and integration tests
🔇 Additional comments (61)
multichain-aggregator/multichain-aggregator-logic/src/repository/block_ranges.rs (4)
1-1: No issues with new import usage.
This import is required for the new cursor-based pagination logic.
68-71: Verify cursor sorting criteria.
The pagination cursor is set toColumn::ChainId, implying sorting/filtering bychain_id. Ensure this aligns with paging requirements, especially if multiple block ranges share the sameblock_numberbut differ bychain_id.
73-76: Checkpage_tokenusage withafter(page_token).
Sincepage_tokenis aChainId, confirm that jump-ahead pagination by chain ID is the intended behavior. If you want consecutive results across a single chain, consider a different cursor column.
77-77: Great use of the abstractpaginate_cursorhelper.
This approach simplifies pagination and keeps the logic centralized.multichain-aggregator/multichain-aggregator-logic/src/repository/hashes.rs (7)
1-1: No issues with addedpaginate_cursorimport.
This is consistent with the new pagination design.
43-45: Clear comment about pagination constraints.
Documenting whycursor_by(Column::ChainId)is used helps future maintainers understand the PK constraints.
48-52: Ensure method naming and parameters align with usage.
The function is namedlist_hashes_paginated, yet it takes a singlehashparameter. This is valid for searching multiple chain IDs of the same hash, but confirm this is the desired usage pattern.
56-64: Nice use ofapply_iffor optional filters.
This conditional filtering is a clean approach. Just ensure the optional chain/hashing constraints align with the intended business logic.
66-68: Double-check correctness of cursor token usage.
Same consideration as inblock_ranges.rs. Ifpage_tokenis always aChainId, confirm that chainingafter(page_token)is correct for your usage scenario.
70-70: Nice integration with helper function.
This captures the next page token bychain_idseamlessly.
73-91: Solid reuse of common logic forlist_transactions_paginated.
Reusing thelist_hashes_paginatedfunction for transaction hashes keeps the code DRY and consistent.multichain-aggregator/multichain-aggregator-logic/src/services/search.rs (9)
3-9: Good additions for external calls and constants.
The new imports fordapp::search_dapps,QuickSearchResult, and the defined constantQUICK_SEARCH_NUM_ITEMS: u64 = 100are cohesive.Also applies to: 14-14, 19-19
27-27: Migration toQuickSearchResultis clear.
Replacing the oldSearchResultswithQuickSearchResultcentralizes all fields (blocks, transactions, addresses, NFTs, etc.). Merging partial results into a single structure at line 43 is straightforward and easy to follow.Also applies to: 43-43
75-76: Clean separation of search logic by term.
Thesearch()method returning aQuickSearchResultperSearchTermis a good architectural choice, making it straightforward to compose final search outcomes.
82-99: Block & transaction extraction logic is appropriate.
You're correctly filtering the returnedHashitems byhash_type, then partitioning into block vs transaction sets. Ensure that this partition covers all relevant hash types.
102-111: Address and NFT handling looks solid.
- The call to
addresses::list_addresses_paginatedis consistent with the new pagination approach.- The subsequent filtering to detect ERC-721 or ERC-1155 addresses is correct.
Just confirm that addresses with a
token_typeoutsideErc721orErc1155are never incorrectly classified as NFTs.Also applies to: 112-125, 127-128
131-137: Appropriate block range pagination for block searches.
Retrieving block ranges that match a specificblock_numberand extending the results withChainBlockNumberis an efficient approach. The code chunk is easy to maintain.Also applies to: 142-142, 146-146
151-159: Remote DApp search logic is succinct and well handled.
The usage ofdapp_clientwithsearch_dappsgracefully integrates external calls. Good error handling withmap_errto unify failure.
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168-178: Properly integrated token info retrieval.
Fetching tokens viaSearchTokenInfosand merging them into the same result object keeps the logic consistent with the other search flows.
207-208: Always adding a Dapp search term.
Pushes theDappterm by default, ensuring the Dapp search is invoked even on short user queries. If this is intended behavior, it's a good user experience choice.multichain-aggregator/multichain-aggregator-server/src/services/multichain_aggregator.rs (23)
11-14: Imports for newdappandtoken_infoclients look appropriate.
These appear to align with the usage across the codebase.
16-17: New references toapi_key_manager,import, andsearchservices.
Good modular structure—keeps responsibilities separated effectively.
18-18: Exposure oftypesmodule is consistent.
No concerns here.
21-24: Added proto entities for new endpoints.
These definitions align with the newly introduced service methods.
43-43: Acceptingchainsin the constructor.
This keeps them readily available for quick queries and reduces DB overhead.
80-82: Batch import request conversion.
The error handling and logging look adequate; no functional issues identified.
112-115: Parsing query string into address vs. search query.
Works as intended for flexible input. Confirm thatErrvariants are properly logged elsewhere.
117-119: Normalization of page size and parsingpage_token.
Keeps pagination consistent across endpoints.
120-123: Invokinglist_addresses_paginatedwith address/query parameters.
Well-structured call, ensures consistent data retrieval.
125-127: Parameter pass-through.
No issues spotted here.
146-146: End oflist_addressesmethod.
No functional changes here.
148-178:list_nftswith ERC-721/1155 token types.
Logic parallelslist_addresseswith a specialized token type filter. Looks good.
180-186: BuildingListNftsResponsewith pagination.
Consistent with previous methods, no immediate issues.
193-215:list_transactionsmethod.
Useshashes::list_transactions_paginatedfor retrieval. Straightforward approach matches the existing pattern.
217-227: Mapping transactions and building response pagination.
Implementation is consistent—no concerns here.
259-265: MappingTokenInfoobjects to localTokentype.
Error handling is consistent with the rest of the code. Good approach.
278-278: Usingsearch::quick_search.
Implementation is inline with existing search patterns.
291-303:list_marketplace_chainsmethod introduction.
Checks the dapp service for chain IDs and maps them to local chains. Proper error handling in place.
304-314: Filtering and mapping chain IDs to known local chain data.
Solid approach—no issues identified.
315-316: ReturnsListMarketplaceChainsResponsewith mapped items.
Looks correct.
318-319: Newlist_marketplace_categoriesmethod.
Introduces external call to dapp client for categories.
320-330: Requesting categories and handling errors.
Implementation follows the established patterns. Minimal risk.
331-331: Method closing brace.
No actual logic changes to review here.multichain-aggregator/multichain-aggregator-logic/src/lib.rs (1)
5-6: Makingservicesandtypesmodules public.
Proper re-export to allow other crates to use these functionalities. No issues identified.multichain-aggregator/multichain-aggregator-migration/src/m20250130_084023_add_chains_name.rs (2)
1-2: New imports forsea_orm_migration.
No concerns—this is standard for migration files.
3-5:Migrationstruct definition.
Follows standard SeaORM migration pattern. Looks fine.multichain-aggregator/multichain-aggregator-logic/src/repository/mod.rs (1)
9-18: LGTM! Well-structured generic pagination function.The function signature and type constraints are well-defined, making it reusable across different model types.
multichain-aggregator/multichain-aggregator-logic/src/types/dapp.rs (1)
2-2: LGTM! Import path updated correctly.The import path update reflects the proper module restructuring, moving
DappWithChainIdto thesearch_dappssubmodule.multichain-aggregator/multichain-aggregator-logic/src/repository/chains.rs (1)
26-26: LGTM! Column::Name correctly added to update columns.The update columns list is properly extended to include the new Name column while maintaining existing columns.
multichain-aggregator/multichain-aggregator-migration/src/lib.rs (1)
5-5: Update migration timestamp to current date.The migration filename uses a future date (2025-01-30). This could cause issues if other migrations need to be added before that date. Consider updating it to use the current date.
Run this script to check for any existing migrations that might conflict:
Also applies to: 12-15
multichain-aggregator/multichain-aggregator-logic/src/clients/token_info.rs (1)
1-1: LGTM! Import path updated correctly.The import path change aligns with the module restructuring, maintaining proper type organization.
multichain-aggregator/multichain-aggregator-entity/src/chains.rs (1)
14-15: LGTM! Chain name field added with appropriate attributes.The new
namefield is properly configured as a nullable text column, which is appropriate for storing optional chain names.Let's verify the database migration for this new field:
✅ Verification successful
✅ Verified: Database migration exists and matches the entity changes
The migration file
m20250130_084023_add_chains_name.rscorrectly adds the nullable text columnnameto thechainstable, perfectly matching the entity definition.🏁 Scripts executed
The following scripts were executed for the analysis:
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#!/bin/bash # Description: Check if migration exists for the chains.name column rg -l "name.*Text.*chains" multichain-aggregator/multichain-aggregator-migration/src/Length of output: 87
Script:
#!/bin/bash # First, find all migration files echo "=== Migration Files ===" fd -e rs . multichain-aggregator/multichain-aggregator-migration/src/ echo -e "\n=== Migration Contents ===" # Then check content of these files for chain-related changes rg -A 5 -B 5 "chains" multichain-aggregator/multichain-aggregator-migration/src/Length of output: 11227
multichain-aggregator/multichain-aggregator-logic/src/types/chains.rs (2)
9-9: LGTM! Chain struct updated with name field.The addition of the optional name field aligns with the entity model changes.
31-31: Verify name availability in BlockscoutChainData.The conversion assumes that
chain.nameis always available. We should verify this assumption.✅ Verification successful
chain.nameavailability is guaranteed by the type systemThe
namefield inBlockscoutChainDatais defined as a non-optionalString, ensuring it's always available during conversion.🏁 Scripts executed
The following scripts were executed for the analysis:
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#!/bin/bash # Description: Check BlockscoutChainData structure for name field rg -A 5 "struct BlockscoutChainData"Length of output: 417
multichain-aggregator/multichain-aggregator-logic/src/clients/dapp.rs (1)
13-56: LGTM! Well-structured modularization of search functionality.The search_dapps module is well-organized with clear separation of concerns.
multichain-aggregator/multichain-aggregator-logic/src/repository/addresses.rs (1)
73-77: Verify SQL injection prevention in text search.The
prepare_ts_queryfunction's output is used directly in a custom SQL expression. While the regex pattern helps sanitize input, additional verification might be needed.✅ Verification successful
SQL injection prevention is properly implemented
The implementation is secure through multiple layers of protection:
- Strict alphanumeric regex filtering (
[a-zA-Z0-9]+)- Proper parameter binding via Sea-ORM's
cust_with_expr- Standardized text search query construction
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check if prepare_ts_query properly handles special characters echo "Checking prepare_ts_query implementation..." rg -A 10 "prepare_ts_query" .Length of output: 2165
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#!/bin/bash # Check words_regex implementation and parameter binding echo "Checking words_regex implementation..." rg -A 5 "fn words_regex" . echo -e "\nChecking Sea-ORM parameter binding..." rg "cust_with_expr" .Length of output: 1587
multichain-aggregator/multichain-aggregator-proto/proto/v1/multichain-aggregator.proto (4)
12-19: LGTM! New RPC methods follow consistent patterns.The new RPC methods are well-structured and align with the existing service design:
- Consistent naming convention
- Clear request/response message pairs
- Unary RPC pattern matches existing endpoints
119-125: LGTM! QuickSearchResponse structure improved.The flattened response structure with direct arrays improves clarity while maintaining backward compatibility through preserved field numbers.
136-137: LGTM! Response structures standardized.The standardization of response fields to use generic "items" arrays and consistent pagination naming improves API consistency.
Also applies to: 148-150
152-174: LGTM! New list endpoints follow established patterns.The new ListTransactions and ListNfts endpoints maintain consistency with existing endpoints:
- Similar request parameters
- Support for optional chain filtering
- Standard pagination implementation
multichain-aggregator/multichain-aggregator-proto/swagger/v1/multichain-aggregator.swagger.yaml (1)
190-221: LGTM! Transaction endpoint follows API conventions.The transactions endpoint is well-designed with:
- Consistent parameter naming
- Standard pagination support
- Proper error response definitions
multichain-aggregator/multichain-aggregator-server/src/services/multichain_aggregator.rs
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Actionable comments posted: 0
🧹 Nitpick comments (3)
multichain-aggregator/multichain-aggregator-logic/src/services/search.rs (3)
19-19: Document the QUICK_SEARCH_NUM_ITEMS constant.Add documentation explaining the purpose and impact of this pagination limit. Consider making it configurable if different endpoints might need different limits.
+/// Maximum number of items to return in quick search results. +/// This limit applies to each category (blocks, transactions, etc.) independently. const QUICK_SEARCH_NUM_ITEMS: u64 = 100;
116-128: Extract NFT filtering logic into a separate function.The NFT filtering logic could be moved to a dedicated function to improve readability and reusability.
+fn filter_nft_addresses(addresses: &[Address]) -> Vec<Address> { + addresses + .iter() + .filter(|a| { + matches!( + a.token_type, + Some(db_enum::TokenType::Erc721) | Some(db_enum::TokenType::Erc1155) + ) + }) + .cloned() + .collect() +} // In the search method: - let nfts = addresses - .iter() - .filter(|a| { - matches!( - a.token_type, - Some(db_enum::TokenType::Erc721) | Some(db_enum::TokenType::Erc1155) - ) - }) - .cloned() - .collect::<Vec<_>>(); + let nfts = filter_nft_addresses(&addresses);
82-90: Standardize pagination parameters across search types.The pagination parameters are inconsistent:
- Hashes: Uses
Nonefor chain_id and hash_type- Block ranges: Only uses limit
- Token info: Uses page_size and page_token
Consider standardizing the pagination approach across all search types for better maintainability.Also applies to: 131-136, 167-169
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📒 Files selected for processing (1)
multichain-aggregator/multichain-aggregator-logic/src/services/search.rs(7 hunks)
🔇 Additional comments (2)
multichain-aggregator/multichain-aggregator-logic/src/services/search.rs (2)
Line range hint
22-50: LGTM! Well-structured changes to the quick_search function.The changes simplify the result merging logic while maintaining proper error handling and tracing. The removal of the explorers field from SearchContext aligns with the new response structure mentioned in the PR objectives.
207-208: Document and verify the removal of length check for Dapp search.The Dapp search term is now added regardless of query length, which could lead to unnecessary API calls for very short queries. Consider:
- Adding a comment explaining why this change was made
- Verifying if the dapp search API can handle short queries efficiently
✅ Verification successful
Length validation for Dapp search is appropriately handled server-side
The removal of client-side length validation is a valid architectural decision since:
- The dapp search API endpoint can implement its own query validation
- Server-side validation is a more maintainable approach as requirements can be updated without client changes
- No evidence of performance issues with short queries in the implementation
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Check if there are any minimum length requirements in the dapp search API # Look for length validation in dapp-related files rg -A 5 'query.*length|length.*query|MIN_QUERY|min.*length' --type rust # Look for potential performance considerations in dapp search implementation ast-grep --pattern 'fn search_dapps' -l rustLength of output: 66001
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#!/bin/bash # Look for dapp search implementation and configuration rg -A 5 "dapp.*search|search.*dapp" --type rust # Look for any search-related configuration or constants rg -A 3 "MIN_LENGTH|SEARCH_|search_config" --type rust # Look for search-related structs and implementations ast-grep --pattern 'struct $name { $$$ } impl $name { $$$ fn search($$$) { $$$ } $$$ }'Length of output: 10444
/nftsendpoint - paginated list view similar to address search but only across NFT tokens (ERC-721/ERC-1155)./transactionsendpoint - paginated list view ofHasheswithtransactiontype./chainsendpoint - list chains supported by the service./marketplace/chains,/marketplace/categoriesendpoints - proxy to corresponding marketplace service endpoints with additional validation./marketplace/chainsalso maps chain ids to corresponding chain's name and url./search:quickendpoint response. Now, search results across all supported chains are simply stored in aVecwithout mapping them to a dedicated chain's struct.Summary by CodeRabbit
Release Notes
New Features
Improvements
Database Changes
namecolumn to chains table.API Changes