- Add new `--tax-id` mode (`obiconvert --raw-taxid`) to output bare numeric taxIDs instead of full-format strings.
- Introduce `TaxNode.FullString()` to always return the complete "code:id [name]@rank" format, regardless of global `UseRawTaxids()` setting.
- Update `.String(taxonomyCode)` to respect the global flag, returning bare ID when `--raw-taxid` is active.
- Extract raw taxID from full-format strings in taxonomy methods when needed (e.g., fallback without loaded DB).
- Add comprehensive test suite covering:
a) `--raw-taxid` execution and idempotency
b) full-format taxID output with `--taxonomy`
c interaction of both flags
d format validation
- Add test data: new reference files `out_ecotag.fasta`, taxonomy.csv, and updated shell script.
[obiseq] Add length validation for qualities in SetQualities, Take Qualites and Subsequence
- Panic if sequence/qualities length mismatch when setting or taking qualities in BioSequence.
- Add same check before slicing Qualities() for Subsequence to ensure consistency.
Replace the old fixed batch-size mechanism in Distribute with a dynamic strategy that flushes batches when either BatchSizeMax() sequences or BatchMem() bytes are reached per key. This aligns with the RebatchBySize strategy and removes the optional sizes parameter. Also update related code: simplify Lua wrapper to accept optional capacity, and fix buffer growth logic in worker.go using slices.Grow correctly. Remove unused BatchSize() usage from obidistribute.
Implement memory-aware batch sizing with --batch-mem CLI option, enabling adaptive batching based on estimated sequence memory footprint. Key changes:
- Added _BatchMem and related getters/setters in pkg/obidefault
- Implemented RebatchBySize() in pkg/obiter for memory-constrained batching
- Added BioSequence.MemorySize() for conservative memory estimation
- Integrated batch-mem option in pkg/obioptions with human-readable size parsing (e.g., 128K, 64M, 1G)
- Added obiutils.ParseMemSize/FormatMemSize for unit conversion
- Enhanced pool GC in pkg/obiseq/pool.go to trigger explicit GC for large slice discards
- Updated sequence_reader.go to apply memory-based rebatching when enabled
Replace SplitInTwo calls with LeftSplitInTwo or RightSplitInTwo depending on the intended split direction. In fastseq_json_header.go, extract rank from suffix without splitting; in biosequenceslice.go and taxid.go, use LeftSplitInTwo to split from the left; add RightSplitInTwo utility function for splitting from the right.
This commit refactors the rope scanner implementation by renaming gbRopeScanner to ropeScanner and extracting the common functionality into a new file. It also introduces a new FastqChunkParserRope function that parses FASTQ chunks directly from a rope without Pack(), enabling more efficient memory usage. The existing parsers are updated to use the new rope-based parser when available. The BioSequence type is enhanced with a TakeQualities method for more efficient quality data handling.
Replace NewBioSequence with NewBioSequenceOwning in genbank_read.go to take ownership of sequence slices without copying, improving performance. Update biosequence.go to add the new TakeSequence method and NewBioSequenceOwning constructor.
Eric Coissac