def test_converter():
infile = bioconvert_data("test_fastq2fasta_v1.fastq")
with TempFile(suffix=".fasta") as tempfile1, TempFile(
suffix=".fasta") as tempfile2:
cmd = "bioconvert fastq2fasta {} {} --force".format(
infile, tempfile1.name)
p = subprocess.Popen(cmd, shell=True)
assert p.wait() == 0
import sys
sys.argv = [
"bioconvert", "fastq2fasta", infile, tempfile2.name, "--force"
]
converter.main()
assert md5(tempfile1.name) == md5(tempfile2.name)
def test_verbose():
infile = bioconvert_data("test_fastq2fasta_v1.fastq")
with TempFile(suffix=".tt") as tempfile:
import sys
sys.argv = [
"bioconvert", "-v", "CRITICAL", "fastq2fasta", infile,
tempfile.name, "--force"
]
converter.main()
sys.argv = [
"bioconvert", "--verbosity", "CRITICAL", "fastq2fasta", infile,
tempfile.name, "--force"
]
converter.main()
def test_conv(method):
infile = bioconvert_data("test_measles.fa")
with TempFile(suffix=".gbk") as tempfile:
converter = FASTA2GENBANK(infile, tempfile.name)
converter(method=method)
reader_fasta = Fasta(infile)
reader_gbk = Genbank(tempfile.name)
for fasta_entry, gbk_entry in zip(reader_fasta.read(),
reader_gbk.read()):
assert fasta_entry["id"] == gbk_entry["LOCUS"]["id"]
assert fasta_entry["comment"] in gbk_entry["DEFINITION"]
assert fasta_entry["value"] == gbk_entry["ORIGIN"].upper()
def test_in_gz(method):
for sample_name in ["test_fastq2fasta_v1",
"sample_v2", "sample_v3",
"sample_v4"]:
infile = bioconvert_data("{}.fastq.gz".format(sample_name))
expected_outfile = bioconvert_data("{}.fasta".format(sample_name))
with TempFile(suffix=".fasta") as expected_unwrapped:
Fastq2Fasta.unwrap_fasta(
expected_outfile, expected_unwrapped.name, strip_comment=True)
md5out = md5(expected_unwrapped.name)
# One temporary file for the fasta created using the method
# and one for an unwrapped version.
# Some methods may output multi-line fasta, so we need to
# compare md5 sums of unwrapped versions.
with TempFile(suffix=".fasta") as outfile, \
TempFile(suffix=".fasta") as unwrapped:
convert = Fastq2Fasta(infile, outfile.name)
convert(method=method)
Fastq2Fasta.unwrap_fasta(
outfile.name, unwrapped.name, strip_comment=True)
assert md5(unwrapped.name) == md5out, \
"{} failed for {}".format(method, sample_name)
def test_conv():
infile = bioconvert_data("test_measles.sorted.bam")
with TempFile(suffix=".bed") as tempfile:
convert = BAM2BED(infile, tempfile.name)
convert()
# Check that the output is correct with a checksum
# Note that we cannot test the md5 on a gzip file but only
# on the original data. This check sum was computed
# fro the unzipped version of biokit/data/converters/measles.bed
assert md5(tempfile.name) == "84702e19ba3a27900f271990e0cc72a0"
convert = BAM2BED(infile, tempfile.name)
convert(method="bedtools")
assert md5(tempfile.name) == "84702e19ba3a27900f271990e0cc72a0"
def test_bam2tsv():
#your code here
# you will need data for instance "mydata.fastq and mydata.fasta".
# Put it in bioconvert/bioconvert/data
# you can then use ::
infile = bioconvert_data("test_measles.sorted.bam")
#expected_outfile = bioconvert_data("test_measles.tsv")
with TempFile(suffix=".tsv") as tempfile:
convert = BAM2TSV(infile, tempfile.name)
# Check that the output is correct with a checksum
#assert md5(tempfile.name) == md5(expected_outfile)
convert(method="pysam")
assert md5(tempfile.name) == "4c5f3336be8a03c95a6c56be28581fb7"
convert(method="samtools")
assert md5(tempfile.name) == "4c5f3336be8a03c95a6c56be28581fb7"
def test_benchmark():
input_file = bioconvert_data("test_measles.sorted.bam")
with TempFile(suffix=".bed") as fout:
conv = BAM2BED(input_file, fout.name)
bench = Benchmark(conv)
bench.run_methods()
bench.plot()
try:
Benchmark("BAM2BED")
assert False
except NotImplementedError:
assert True
except:
assert False
def test_conv(method):
infile = bioconvert_data("JB409847.gbk", where)
with TempFile(suffix=".fasta") as tempfile:
converter = GENBANK2FASTA(infile, tempfile.name)
converter(method=method)
# Load both files
reader_fasta = Fasta(tempfile.name)
reader_gen = Genbank(infile)
for entry_fa, entry_gb in zip(reader_fasta.read(), reader_gen.read()):
assert entry_fa["id"].startswith(entry_gb["LOCUS"]["id"])
assert entry_fa["comment"] in entry_gb["DEFINITION"]
assert entry_fa["value"].lower() == entry_gb["ORIGIN"]
def test_indirect_conversion():
import sys
infile = bioconvert_data("ERR3295124.fastq")
#infile = bioconvert_data("fastqutils_1.fastq")
with TempFile(suffix=".clustal") as tempfile:
sys.argv = [
"bioconvert", "fastq2clustal", infile, tempfile.name, "--force",
"--allow-indirect-conversion", "-v", "DEBUG"
]
converter.main()
sys.argv = [
"bioconvert", "fastq2clustal", infile, tempfile.name, "--force",
"-a", "-v", "DEBUG"
]
converter.main()
def test_indirect_conversion_without_argument():
import sys
infile = bioconvert_data("fastqutils_1.fastq")
with TempFile(suffix=".clustal") as tempfile:
sys.argv = [
"bioconvert", "fastq2clustal", infile, tempfile.name, "--force"
]
# For now we want the user to explicitly indicate that (s)he agrees with an indirect conversion
try:
converter.main()
assert False
except SystemExit as e:
assert e.code == 2
except:
assert False
def test_sra2fastq_gz_single(method):
infile = "SRR6477205"
outfile = bioconvert_data("SRR6477205.fastq")
with TempFile(suffix=".fastq.gz") as tempfile:
converter = SRA2FASTQ(infile, tempfile.name, True)
converter(method=method)
outbasename = os.path.splitext(tempfile.name)[0]
with gzip.open(tempfile.name,
'rb') as f_in, open(outbasename + ".fastq",
'wb') as f_out:
shutil.copyfileobj(f_in, f_out)
# Check that the output is correct with a checksum
assert md5(outbasename + ".fastq") == md5(outfile)
def test_conv(method):
infile = bioconvert_data("JB409847.embl")
with TempFile(suffix=".gbk") as tempfile:
converter = EMBL2GENBANK(infile, tempfile.name)
converter(method=method)
# Check that the output is correct with a checksum
if method == "biopython":
assert md5(tempfile.name) == "cdd34902975a68e58ad5f105b44ff495"
elif method == "squizz":
pass
# TODO
# embl input is not understood by squizz if generated by biopython
# assert md5(tempfile.name) == "????"
else:
raise NotImplementedError
def install_tool(self, executable):
"""Install the given tool, using the script:
bioconvert/install_script/install_executable.sh
if the executable is not already present
:param executable to install
:return: nothing
"""
import bioconvert
from bioconvert import bioconvert_data
if shutil.which(executable) is None:
logger.info("Installing tool : " + executable)
bioconvert_path = bioconvert.__path__[0]
script = bioconvert_data('install_' + executable + '.sh',
where="../misc")
subprocess.call(['sh', script])
def test_bam2tsv():
#your code here
# you will need data for instance "mydata.fastq and mydata.fasta".
# Put it in bioconvert/bioconvert/data
# you can then use ::
infile = bioconvert_data("test_measles.sorted.bam")
#expected_outfile = bioconvert_data("test_measles.tsv")
with TempFile(suffix=".tsv") as tempfile:
convert = BAM2TSV(infile, tempfile.name)
convert(method="pysam")
# impossible to track down why this test fails on python3.6
# looks like pytest changes the behaviour of the BAM2TSV class
# when saving the file. Only the header is saved and the content
# of the BAM file is not...su
if sys.version_info[0] == 3 and sys.version_info[1] == 6:
pass
else:
assert md5(tempfile.name) == "4c5f3336be8a03c95a6c56be28581fb7"
convert(method="samtools")
assert md5(tempfile.name) == "4c5f3336be8a03c95a6c56be28581fb7"
def install_tool(self, executable):
"""Install the given tool, using the script:
bioconvert/install_script/install_executable.sh
if the executable is not already present
:param executable: executable to install
:return: nothing
"""
# imported but not unused (when we don't have bioconvert_path)
# import bioconvert
from bioconvert import bioconvert_data
if shutil.which(executable) is None:
logger.info("Installing tool : " + executable)
# Assigned but never used, says flake8
# bioconvert_path = bioconvert.__path__[0]
script = bioconvert_data(
'install_' + executable + '.sh', where="../misc")
subprocess.call(['sh', script])
def test_conv():
infile = bioconvert_data("test_measles.sorted.bam")
with TempFile(suffix=".fa") as tempfile:
convert = BAM2Fasta(infile, tempfile.name)
convert(method="bamtools")
# Check that the output is correct with a checksum
# Note that we cannot test the md5 on a gzip file but only
# on the original data. This check sum was computed
# fro the unzipped version of biokit/data/converters/measles.bed
assert md5(tempfile.name) == "ea5511c3c8913626be152609887c8c4d"
convert = BAM2Fasta(infile, tempfile.name)
convert(method="samtools")
# samtools 1.6 / hstlib 1.6 gives different results on travis and
# locally
assert md5(tempfile.name) in [
"0924d2a11b43094680d1a7374aaaa45e",
"cc9afcef458f3402fbdef1a091e05c39"
]
def test_conv():
infile = bioconvert_data("test_measles.sorted.bam")
#outfile = biokit_data("converters/measles.sam")
with TempFile(suffix=".bam") as tempfile:
convert = BAM2SAM(infile, tempfile.name)
convert()
# Check that the output is correct with a checksum
# Note that we cannot test the md5 on a gzip file but only
# on the original data. This check sum was computed
# fro the unzipped version of biokit/data/converters/measles.bed
#assert md5(tempfile.name) == md5(outfile)
# output is a SAM that can be read and must have
import pysam
sam = pysam.AlignmentFile(tempfile.name)
assert sam.count() == 60
convert(method="pysam")
convert = BAM2SAM(infile, tempfile.name)
convert(method="sambamba")
assert md5(tempfile.name) == "ad83af4d159005a77914c5503bc43802"
def test_gz2dsrc():
"""
Test that fastq gz file is converted as expected to a fastq .dsrc file
"""
from bioconvert import bioconvert_data
infile = bioconvert_data("test_SP1.fq.dsrc")
with TempFile(suffix=".fq.gz") as tempfile:
converter = DSRC2GZ(infile, tempfile.name)
converter()
# uncompress the createdfile, and compare uncompressed file
# to the expected md5. We do not directly compare dsrc or gz files as
# it is not deterministic
assert os.path.isfile(tempfile.name)
cmd = "gunzip -c {} | md5sum -".format(tempfile.name)
res = subprocess.check_output(cmd, shell=True)
res = res.split()[0].decode()
# Check that the output is correct with a checksum
assert res == "d41d8cd98f00b204e9800998ecf8427e"
def test_nx2phy_biopython(method):
infile = bioconvert_data(method + ".nexus")
outfile = bioconvert_data(method + ".phylip")
with TempFile(suffix=".phylip") as tempfile:
converter = NEXUS2PHYLIP(infile, tempfile.name)
converter(method=method)
def test_converter():
infile = bioconvert_data("test_measles.sorted.bam")
with TempFile(suffix=".bed") as tempfile:
cmd = "bioconvert %s %s --force" % (infile, tempfile.name)
subprocess.Popen(cmd, shell=True)
def test_converter1():
infile = bioconvert_data("test_measles.sorted.bam")
with TempFile(suffix=".bed") as tempfile:
import sys
sys.argv = ["bioconvert", infile, tempfile.name, "--force"]
converter.main()
def test_load():
infile = bioconvert_data("GFF3/gff3_example.gff")
reader_gff3 = Gff3(infile)
for expected_value, file_value in zip(expected_values, reader_gff3.read()):
assert expected_value == file_value
def test_conv(method):
infile = bioconvert_data("test_bcf2vcf_v1.bcf")
with TempFile(suffix=".vcf") as tempfile:
convert = BCF2VCF(infile, tempfile.name)
convert(method=method)
def test_xmfa2phy(method):
infile = bioconvert_data("test_phylip2xmfa.xmfa")
#outfile = bioconvert_data("test_phylip2xmfa.xmfa")
with TempFile(suffix=".xmfa") as tempfile:
converter = XMFA2PHYLIP(infile, tempfile.name)
converter(method=method)
def test_convbase():
infile = bioconvert_data("test_measles.fa")
with TempFile(suffix=".bed") as outfile:
Bam2Bed(infile, outfile.name)
# Wrong name
try:
class TEST(ConvBase):
input_ext = ".fa"
output_ext = ".fq"
def __call__(self):
pass
assert False
except:
assert True
# add dot
class in2out(ConvBase):
input_ext = "in"
output_ext = "out"
def __call__(self):
pass
# wrong input extension (int)
try:
class int2out(ConvBase):
input_ext = [1]
output_ext = ".out"
def __call__(self):
pass
assert False
except:
assert True
# add dot mix case
class in2out(ConvBase):
input_ext = ["in", ".in2"]
output_ext = "out"
def __call__(self):
pass
try:
class in2out(ConvBase):
input_ext = 1
output_ext = 2
def __call__(self):
pass
assert False
except:
assert True
class in2out(ConvBase):
input_ext = [".fa"]
output_ext = [".fq"]
def __call__(self):
self.execute("ls")
this = in2out("test.fa", "test.fq")
assert this.name == "in2out"
this()
def test_conv(method):
infile = bioconvert_data("test_fastq2fasta_v1.fastq")
#expected_outfile = bioconvert_data("test_fastq2qual_v1.qual")
with TempFile(suffix=".fasta") as fout:
FASTQ2QUAL(infile, fout.name)
import os
import bioconvert
from bioconvert import cram2bam
from bioconvert.cram2bam import CRAM2BAM
from bioconvert import bioconvert_data
from easydev import TempFile, md5
import pytest
from mock import patch
reference = bioconvert_data("test_measles.fa")
@patch('bioconvert.cram2bam.input', return_value=reference)
def test_conv(x):
infile = bioconvert_data("test_measles.bam")
outfile = bioconvert_data("test_measles.cram")
with TempFile(suffix=".bam") as tempfile:
convert = CRAM2BAM(infile, tempfile.name)
convert(method="samtools", reference=reference)
with TempFile(suffix=".bam") as tempfile:
convert = CRAM2BAM(infile, tempfile.name)
convert(method="samtools")
@patch('bioconvert.cram2bam.input', return_value="not_found")
def test_conv_error(x):
infile = bioconvert_data("test_measles.cram")
outfile = bioconvert_data("test_measles.bam")
with TempFile(suffix=".bam") as tempfile:
def test_conv(method):
infile = bioconvert_data("GFF2/gff2_example.gff")
with TempFile(suffix=".tsv") as tempfile:
convert = GFF22GFF3(infile, tempfile.name)
convert(method=method)
Converter benchmarking
===========================
Converter have a default method.
Notem however, that several methods may be available.
Moreover, you may have a method that you want to compare
with the implemented one. To do so you will need to
implement your method first. Then, simply use our benchmarking
framework as follows.
"""
#################################################
#
from bioconvert import Benchmark
from bioconvert import bioconvert_data
from bioconvert.bam2bed import BAM2BED
#####################################################
# Get the convert you wish to benchmark
input_file = bioconvert_data("test_measles.sorted.bam")
conv = BAM2BED(input_file, "test.bed")
#####################################################
# Get the Benchmark instance
bench = Benchmark(conv)
bench.plot()
# You can now see the different methods implemented in this
# converter and which one is the fastest.
def test_conv():
infile = bioconvert_data("test_vcf2bcf_v1.vcf")
with TempFile(suffix=".bcf") as tempfile:
convert = VCF2BCF(infile, tempfile.name)
convert(method="bcftools")
