38 breaking releases
0.39.0 | Nov 7, 2024 |
---|---|
0.37.0 | Sep 9, 2024 |
0.35.0 | Jul 14, 2024 |
0.29.0 | Mar 28, 2024 |
0.1.1 | Jul 21, 2021 |
#123 in Biology
1,801 downloads per month
Used in 34 crates
(2 directly)
430KB
10K
SLoC
noodles
noodles attempts to provide specification-compliant (when applicable) implementations of libraries for handling various bioinformatics file formats. It currently supports BAM 1.6, BCF 2.2, BED, BGZF, CRAM 3.0/3.1, CSI, FASTA, FASTQ, GFF3, GTF 2.2, htsget 1.3, refget 2.0, SAM 1.6, tabix, and VCF 4.3/4.4.
Usage
noodles is published on crates.io. Early versions can be used in projects, but keep in mind that the API is still considered experimental.
noodles is split into multiple crates by file format. For convenience, a
top-level meta crate named noodles
can be added to your project's dependency
list; and formats, listed as features. For example, to work with the BAM
format, add the noodles
crate and enable the bam
feature.
cargo add noodles --features bam
Each enabled feature can then be imported by its re-exported name, e.g.,
use noodles::bam;
Feature flags
Individual crates may have optional features that can be enabled using feature flags.
async
: Enables asynchronous I/O with Tokio. (BAM, BCF, BGZF, CRAM, CSI, FASTA, FASTQ, GFF, SAM, tabix, and VCF)libdeflate
: Use libdeflate to encode and decode DEFLATE streams. (BGZF and CRAM)
Examples
Each crate may have its own examples directory, and all examples are runnable
as an application. After cloning the repository, run cargo run --release --example
for a list of available examples. Use the example name as the option
argument and append program arguments to the command, e.g.,
cargo run --release --example bam_write > sample.bam
cargo run --release --example bam_read_header sample.bam
lib.rs
:
noodles-gff handles the reading and writing of the GFF3 format.
GFF (Generic Feature Format) is a text-based format used to represent genomic features.
Examples
Read all records in a GFF3 file
use noodles_gff as gff;
let mut reader = File::open("annotations.gff3")
.map(BufReader::new)
.map(gff::io::Reader::new)?;
for result in reader.records() {
let record = result?;
println!(
"{}\t{}\t{}",
record.reference_sequence_name(),
record.start(),
record.end(),
);
}
Dependencies
~2.2–8.5MB
~69K SLoC