Ajout d'un parseur GenBank basé sur rope pour réduire l'usage de mémoire (RSS) et les allocations heap.
- Ajout de `gbRopeScanner` pour lire les lignes sans allocation heap
- Implémentation de `GenbankChunkParserRope` qui utilise rope au lieu de `Pack()`
- Modification de `_ParseGenbankFile` et `ReadGenbank` pour utiliser le nouveau parseur
- Réduction du RSS attendue de 57 GB à ~128 MB × workers
- Conservation de l'ancien parseur pour compatibilité et tests
Réduction significative des allocations (~50M) et temps sys, avec un temps user comparable ou meilleur.
Refactor k-mer index building to use the new disk-based KmerSetGroupBuilder instead of the old KmerSet and FrequencyFilter approaches. This change introduces a more efficient and scalable approach to building k-mer indices by using partitioned disk storage with streaming operations.
- Replace BuildKmerIndex and BuildFrequencyFilterIndex with KmerSetGroupBuilder
- Add support for frequency filtering via WithMinFrequency option
- Remove deprecated k-mer set persistence methods
- Update CLI to use new builder approach
- Add new disk-based k-mer operations (union, intersect, difference, quorum)
- Introduce KDI (K-mer Delta Index) file format for efficient storage
- Add K-way merge operations for combining sorted k-mer streams
- Update documentation and examples to reflect new API
This refactoring provides better memory usage, faster operations on large datasets, and more flexible k-mer set operations.
This commit addresses a bug in the super k-mer implementation where the minimizer bijection property was not properly enforced. The fix ensures that:
1. All k-mers within a super k-mer share the same minimizer
2. Identical super k-mer sequences have the same minimizer
The changes include:
- Fixing the super k-mer iteration logic to properly validate the minimizer bijection property
- Adding a comprehensive test suite (TestSuperKmerMinimizerBijection) that validates the intrinsic property of super k-mers
- Updating the .gitignore file to properly track relevant files
This resolves issues where the same sequence could be associated with different minimizers, violating the super k-mer definition.
