def run_consolidate(dataset_file,
output_file,
datastore_file,
consolidate,
n_files,
task_id=Constants.TOOL_ID):
datastore_files = []
with openDataSet(dataset_file) as ds_in:
if consolidate:
if len(ds_in.toExternalFiles()) != 1:
new_resource_file = op.splitext(output_file)[0] + ".bam"
ds_in.consolidate(new_resource_file, numFiles=n_files)
# always display the BAM/BAI if consolidation is enabled
# XXX there is no uniqueness constraint on the sourceId, but this
# seems sloppy nonetheless - unfortunately I don't know how else to
# make view rule whitelisting work
for ext_res in ds_in.externalResources:
if ext_res.resourceId.endswith(".bam"):
ds_file = DataStoreFile(ext_res.uniqueId,
task_id + "-out-2",
ext_res.metaType, ext_res.bam)
datastore_files.append(ds_file)
for index in ext_res.indices:
if index.metaType in Constants.BAI_FILE_TYPES:
ds_file = DataStoreFile(index.uniqueId,
task_id + "-out-3",
index.metaType,
index.resourceId)
datastore_files.append(ds_file)
ds_in.newUuid()
ds_in.write(output_file)
datastore = DataStore(datastore_files)
datastore.write_json(datastore_file)
return 0
def _make_datastore(subreads):
files = [
DataStoreFile(uuid.uuid4(), "barcoding.tasks.lima-out-0",
FileTypes.DS_SUBREADS.file_type_id, subreads)
]
ds = DataStore(files)
ds_path = tempfile.NamedTemporaryFile(suffix=".datastore.json").name
ds.write_json(ds_path)
return ds_path
def dataset_to_datastore(dataset_file,
datastore_file,
source_id="dataset_to_datastore"):
"""Copied from pbcoretools.tasks.barcoding"""
# FIXME: replace barcoding
dsmd = get_dataset_metadata(dataset_file)
ds_file = DataStoreFile(dsmd.uuid, source_id, dsmd.metatype, dataset_file)
ds_out = DataStore([ds_file])
ds_out.write_json(datastore_file)
return 0
def run_consolidate(dataset_file,
output_file,
datastore_file,
consolidate,
n_files,
consolidate_f=lambda ds: ds.consolidate):
# XXX https://github.com/pysam-developers/pysam/issues/939
pysam.set_verbosity(0) # pylint: disable=no-member
datastore_files = []
with openDataSet(dataset_file) as ds_in:
if consolidate:
if len(ds_in.toExternalFiles()) <= 0:
raise ValueError(
"DataSet {} must contain one or more files!".format(
dataset_file))
new_resource_file = bam_of_dataset(output_file)
consolidate_f(ds_in)(new_resource_file,
numFiles=n_files,
useTmp=False)
# always display the BAM/BAI if consolidation is enabled
# XXX there is no uniqueness constraint on the sourceId, but this
# seems sloppy nonetheless - unfortunately I don't know how else to
# make view rule whitelisting work
reads_name = get_reads_name(ds_in)
for ext_res in ds_in.externalResources:
if ext_res.resourceId.endswith(".bam"):
ds_file = DataStoreFile(ext_res.uniqueId,
Constants.TOOL_ID + "-out-2",
ext_res.metaType,
ext_res.bam,
name=reads_name,
description=reads_name)
datastore_files.append(ds_file)
# Prevent duplicated index files being added to datastore, since consolidated
# dataset may contain multiple indices pointing to the same physical file
added_resources = set()
for index in ext_res.indices:
if (index.metaType in Constants.BAI_FILE_TYPES
and index.resourceId not in added_resources):
added_resources.add(index.resourceId)
ds_file = DataStoreFile(
index.uniqueId,
Constants.TOOL_ID + "-out-3",
index.metaType,
index.resourceId,
name="Index of {}".format(reads_name.lower()),
description="Index of {}".format(
reads_name.lower()))
datastore_files.append(ds_file)
ds_in.newUuid()
ds_in.write(output_file)
datastore = DataStore(datastore_files)
datastore.write_json(datastore_file)
return 0
def test_datastore_paths(self):
tmpfile = tempfile.NamedTemporaryFile(suffix=".subreadset.xml").name
base_dir = os.path.dirname(tmpfile)
tmp_ds = os.path.join(base_dir, "datastore.json")
dsf = DataStoreFile(str(uuid.uuid4()), "pbcommand.tasks.dev_task",
FileTypes.DS_SUBREADS.file_type_id,
os.path.basename(tmpfile), False, "Subreads",
"Subread DataSet XML")
ds = DataStore([dsf])
ds.write_json(tmp_ds)
with open(tmp_ds) as json_in:
d = json.loads(json_in.read())
self.assertFalse(os.path.isabs(d['files'][0]['path']))
ds = DataStore.load_from_json(tmp_ds)
self.assertEqual(ds.files.values()[0].path, tmpfile)
def datastore_to_datastorefile_objs(in_datastore_json,
allowed_types=ALLOWED_TYPES):
"""Return (datastorefile_objs, type_id, cls, ext)
datastorefile_objs -- a list of DataStoreFile objects.
type_id -- id
cls -- e.g., SubreadSet
ext -- e.g., subreadset.xml
"""
datastore = DataStore.load_from_json(in_datastore_json)
allowed_type_ids = [t.file_type_id for t in allowed_types]
# Is input datastore empty?
if len(datastore.files) == 0:
raise ValueError(
"Expected one or more dataset files in datastore {}".format(
in_datastore_json))
# Do all files share the same type?
observed_type_ids = list(
set([f.file_type_id for f in datastore.files.values()]))
if len(observed_type_ids) != 1:
raise ValueError(
"Could not handle datastore of mixed types: {}!".format(
observed_type_ids))
# Is it an allowed file type?
type_id = observed_type_ids[0]
if not type_id in allowed_type_ids:
raise ValueError(
"Could not handle {} dataset in datastore file {}, only support {}!"
.format(type_id, in_datastore_json, allowed_type_ids))
cls = _type_id_to_cls(type_id)
ext = _type_id_to_ext(type_id)
return datastore.files.values(), type_id, cls, ext
def to_reports(subreads, output_dir):
output_files = []
log.info("Loading {f}".format(f=subreads))
ds = SubreadSet(subreads)
ds.loadStats()
for base, module in [("filter_stats_xml", filter_stats_xml),
("adapter_xml", adapter_xml),
("loading_xml", loading_xml),
("control", control)]:
constants = getattr(module, "Constants")
task_id = constants.TOOL_ID
to_report = getattr(module, "to_report_impl")
try:
rpt_output_dir = os.path.join(output_dir, base)
os.mkdir(rpt_output_dir)
file_name = os.path.join(rpt_output_dir, "{b}.json".format(b=base))
report = to_report(ds, rpt_output_dir)
log.info("Writing {f}".format(f=file_name))
report.write_json(file_name)
output_files.append(DataStoreFile(
uuid=report.uuid,
source_id=task_id,
type_id=FileTypes.REPORT.file_type_id,
path=file_name,
is_chunked=False,
name=base))
except InvalidStatsError as e:
log.error("This dataset lacks some required statistics")
log.error("Skipping generation of {b} report".format(b=base))
datastore = DataStore(output_files)
return datastore
def test_load_datastore_from_file(self):
"""
Can load Datastore from Json
:return:
"""
ds = DataStore.load_from_json(_to_ds_json(self.job_dir))
self.assertIsInstance(ds, DataStore)
def mock_update_barcoded_sample_metadata(base_dir,
datastore_file,
input_reads,
barcode_set,
use_barcode_uuids=True):
"""
Function to mimic the actual update function, without actually reading
any barcoding information from the datasets. Instead, the barcodes
defined in the input dataset will be applied sequentially.
"""
barcode_names, bio_samples_d, barcode_uuids_d, update_files, parent_info = _load_files_for_update(
input_reads, barcode_set, datastore_file, None)
barcode_ids = {name: i for i, name in enumerate(barcode_names)}
bc_pairs = []
ds_files = {}
for bc_label in barcode_uuids_d.keys():
bc_fw_label, bc_rev_label = bc_label.split("--")
bc_pairs.append((barcode_ids[bc_fw_label], barcode_ids[bc_rev_label]))
suffix = ".{l}.subreadset.xml".format(l=bc_label)
for ds_file in update_files:
if ds_file.path.endswith(suffix):
ds_files[bc_pairs[-1]] = ds_file
new_files = []
assert len(bc_pairs) >= len(update_files)
for bc_pair in bc_pairs:
ds_file = ds_files[bc_pair]
new_files.append(
_mock_update_barcoded_sample_metadata(base_dir, ds_file,
barcode_names, parent_info,
use_barcode_uuids, bc_pair,
bio_samples_d,
barcode_uuids_d))
return DataStore(new_files)
def run_dev_txt_to_datastore(rtc):
p = os.path.dirname(rtc.task.output_files[0])
sleep_multiplier = rtc.task.options[
'pbsmrtpipe.task_options.sleep_multiplier']
t_sleep = sleep_multiplier * random.random()
log.info("Sleeping for %.1f seconds", t_sleep)
time.sleep(t_sleep)
from pbcore.io import SubreadSet
num_subreadsets = rtc.task.options[
'pbsmrtpipe.task_options.num_subreadsets']
sset = SubreadSet(rtc.task.input_files[0])
add_parent = True
if len(sset.metadata.provenance) > 0:
log.warn("Not adding provenance since input already has a parent")
add_parent = False
def to_f(x):
source_id = "out-1"
sset_out = sset.copy()
sset_out.newUuid(random=True)
if add_parent:
sset_out.metadata.addParentDataSet(sset.uuid,
sset.datasetType,
createdBy="AnalysisJob",
timeStampedName="")
file_name = "file-{x:03d}.subreadset.xml".format(x=x)
out_path = os.path.join(p, file_name)
sset_out.write(out_path)
sset_uuid = sset_out.uniqueId
name = "subreadset-{}".format(x)
dsf = DataStoreFile(sset_uuid,
source_id,
FileTypes.DS_SUBREADS.file_type_id,
file_name,
name=name,
description="{} Example Description".format(name))
return dsf
files = [to_f(i + 1) for i in xrange(num_subreadsets)]
ds = DataStore(files)
ds.write_json(rtc.task.output_files[0])
return 0
def test_datastore_file_name_and_description(self):
"""
Make sure output files have non-blank name and description.
"""
ds = DataStore.load_from_json(_to_ds_json(self.job_dir))
rx = re.compile(r'[a-zA-Z0-9]{1,}')
for fd in ds.files.values():
for x in (fd.name, fd.description):
self.assertTrue(rx.search(x))
def iterate_datastore_read_set_files(
datastore_file, allowed_read_types=Constants.ALLOWED_BC_TYPES):
"""
Iterate over dataset (e.g., SubreadSet or ConsensusReadSet) files listed in a datastore JSON.
"""
ds = DataStore.load_from_json(datastore_file)
files = ds.files.values()
for f in files:
if f.file_type_id in allowed_read_types:
yield f
def _run_auto_ccs_outputs_barcoded(datastore_in, datastore_out, nproc=Constants.MAX_NPROC):
base_dir = op.dirname(datastore_out)
files = DataStore.load_from_json(datastore_in).files.values()
ccs_files = []
for ds_file in files:
# FIXME use a better file_id
if ds_file.file_type_id == FileTypes.DS_CCS.file_type_id and ds_file.file_id == "barcoding.tasks.lima-0":
ccs_files.append(ds_file.path)
log.info("Exporting %s", ds_file.path)
log.info("Exporting %d CCS datasets", len(ccs_files))
args = [(f, base_dir) for f in ccs_files]
output_files = list(itertools.chain.from_iterable(
pool_map(__run_ccs_bam_fastq_exports, args, nproc)))
output_files.extend([
_create_zipped_fastq(output_files, "all_barcodes.fastq.tar.gz"),
_create_zipped_fasta(output_files, "all_barcodes.fasta.tar.gz")
])
DataStore(output_files).write_json(datastore_out)
return 0
def run_args(args):
dstore = DataStore.load_from_json(os.path.realpath(args.datastore))
ds_in = ConsensusReadSet(args.ccs_in, trustCounts=True)
ds_out = ConsensusReadSet(*([f.path for f in dstore.files.values()]),
trustCounts=True)
sanitize_dataset_tags(ds_out, remove_hidden=True)
ds_out.name = ds_in.name.replace(" (filtered)", "") + " (trimmed)"
ds_out.subdatasets = []
ds_out.write("trimmed.consensusreadset.xml")
return 0
def run_after(self, rtc, output_dir):
with openDataSet(rtc.task.output_files[0]) as f:
f.assertIndexed()
self.assertEqual(len(f.toExternalFiles()), 1)
# test for bug 33778
qnames = set()
for rec in f:
qnames.add(rec.qName)
self.assertEqual(len(qnames), len(f))
ds = DataStore.load_from_json(rtc.task.output_files[1])
self.assertEqual(len(ds.files), 2)
def wrapper(self):
ds_path = os.path.join(self.job_dir, "workflow", "datastore.json")
ds = DataStore.load_from_json(ds_path)
# log.info("Loaded datastore {d}".format(d=ds))
for ds_file in ds.files.values():
if ds_file.file_type_id == file_type_id:
started_at = time.time()
validator_func(ds_file.path, **kwargs)
run_time = time.time() - started_at
log.debug("Successfully validated in {s:.2f} sec {p}".format(p=ds_file.path, s=run_time))
self.assertTrue(True)
def wrapper(self):
ds_path = os.path.join(self.job_dir, "workflow", "datastore.json")
ds = DataStore.load_from_json(ds_path)
# log.info("Loaded datastore {d}".format(d=ds))
for ds_file in ds.files.values():
if ds_file.file_type_id == file_type_id:
started_at = time.time()
validator_func(ds_file.path, **kwargs)
run_time = time.time() - started_at
log.debug("Successfully validated in {s:.2f} sec {p}".format(p=ds_file.path, s=run_time))
self.assertTrue(True)
def gather_chunks(chunks, output_file, nproc=1):
if len(chunks) == 1:
datastore = DataStore.load_from_json(op.realpath(chunks[0]))
log.info("Writing datastore to %s", output_file)
datastore.write_json(output_file)
return len(datastore.files)
file_names_by_bc = defaultdict(list)
datastore_files_by_bc = {}
for file_name in chunks:
log.info("Reading datastore from %s", file_name)
datastore = DataStore.load_from_json(op.realpath(file_name))
for ds_file in datastore.files.values():
ds_file_name = op.realpath(ds_file.path)
base_name = op.basename(ds_file_name)
fields = base_name.split(".")
bc_pair = fields[-3]
file_names_by_bc[bc_pair].append(ds_file_name)
datastore_files_by_bc[bc_pair] = ds_file
log.info("Found %d unique barcode pairs", len(file_names_by_bc))
_results = []
pool = multiprocessing.Pool(nproc)
for bc_pair, file_names in file_names_by_bc.items():
_results.append(
pool.apply_async(_merge_chunks,
(file_names, datastore_files_by_bc[bc_pair])))
pool.close()
pool.join()
datastore_files = [r.get() for r in _results]
datastore_out = DataStore(datastore_files)
log.info("Writing datastore to %s", output_file)
datastore_out.write_json(output_file)
return len(datastore_files)
def test_gather_datastore_json():
import subprocess
from pbcommand.models import DataStore
d = '/pbi/dept/secondary/siv/testdata/pbsvtools-unittest/data/test_scatter_align_datastore/'
if1 = op.join(d, '1.aln.datastore.json')
if2 = op.join(d, '2.aln.datastore.json')
of = tempfile.NamedTemporaryFile(suffix=".datastore.json").name
args = ['python', '-m', 'pbcoretools.tasks.gather', of, if1, if2]
subprocess.check_call(args)
out_fns = DataStore.load_from_json(of).to_dict()['files']
expected_bam_1 = op.join(d, '1.bam')
expected_bam_2 = op.join(d, '2.bam')
assert out_fns[0]['path'] == expected_bam_1
assert out_fns[1]['path'] == expected_bam_2
def update_barcoded_sample_metadata(
base_dir,
datastore_file,
input_reads,
barcode_set,
isoseq_mode=False,
use_barcode_uuids=True,
nproc=1,
min_score_filter=Constants.BARCODE_QUALITY_GREATER_THAN):
"""
Given a datastore JSON of SubreadSets produced by barcoding, apply the
following updates to each:
1. Include only the BioSample(s) corresponding to its barcode
2. Add the BioSample name to the dataset name
3. Add a ParentDataSet record in the Provenance section.
"""
barcode_names, bio_samples_d, barcode_uuids_d, update_files, parent_info = _load_files_for_update(
input_reads, barcode_set, datastore_file)
pool = multiprocessing.Pool(nproc)
_results = []
for ds_file in update_files:
_results.append(
pool.apply_async(_update_barcoded_sample_metadata,
(base_dir, ds_file, barcode_names, parent_info,
isoseq_mode, use_barcode_uuids, bio_samples_d,
barcode_uuids_d, min_score_filter)))
pool.close()
pool.join()
datastore_files = [r.get() for r in _results]
# copy over the un-barcoded reads BAM
dstore = DataStore.load_from_json(datastore_file)
files = dstore.files.values()
for f in files:
if f.file_id != "barcoding.tasks.lima-0":
datastore_files.append(f)
return DataStore(datastore_files)
def test_integration(self):
ds_out = op.join(self._output_dir, "datastore.json")
args = [
"python", "-m", "pbreports.report.subreads_reports",
pbtestdata.get_file("subreads-sequel"), ds_out
]
o, c, m = backticks(" ".join(args))
self.assertEqual(c, 0)
self.assertTrue(op.exists(ds_out))
datastore = DataStore.load_from_json(ds_out)
datastore_files = [f for u, f in datastore.files.iteritems()]
self.assertEqual(sorted([f.file_id for f in datastore_files]), [
"pbreports.tasks.adapter_report_xml",
"pbreports.tasks.filter_stats_report_xml",
"pbreports.tasks.loading_report_xml"
])
def _get_barcoded_datasets(reads_file):
dir_name = os.path.dirname(os.path.abspath(reads_file))
if reads_file.endswith(".datastore.json"):
datastore = DataStore.load_from_json(reads_file)
datasets = [
_to_abs_path(dir_name, f.path)
for u, f in datastore.files.iteritems()
if f.file_type_id in Constants.VALID_FT_IDS
]
if len(datasets) == 0:
raise ValueError("No datasets containing barcoded reads were " +
"present in the input. This could mean that " +
"demultiplexing was run with incorrect inputs " +
"or an overly restrictive minimum barcode score.")
return datasets
else:
return [reads_file]
def test_datastore_report_file_uuid(self):
"""Test that the DataStore file and the Underlying Report have the same UUID"""
ds = DataStore.load_from_json(_to_ds_json(self.job_dir))
n_tested = 0
for ds_file in ds.files.values():
if ds_file.file_type_id == FileTypes.REPORT.file_type_id:
rpt = load_report_from_json(ds_file.path)
emsg = "{p}: {u1} != {u2}".format(p=ds_file.path,
u1=rpt.uuid,
u2=ds_file.uuid)
# by convention the DS UUID and the Report UUID should the same value
self.assertEqual(rpt.uuid, ds_file.uuid, emsg)
n_tested += 1
if n_tested == 0:
raise unittest.SkipTest(
"Warning. No Report JSON files in datastore.")
def _validate_datastore_reports(self, validate_func):
ds = DataStore.load_from_json(_to_ds_json(self.job_dir))
# found one or more valid Report
have_reports = True
for ds_file in ds.files.values():
if ds_file.file_type_id == FileTypes.REPORT.file_type_id:
try:
_ = validate_func(ds_file.path)
except ValueError as e:
self.fail(
"Report validation failed:\n{e}".format(e=str(e)))
else:
have_reports = True
if not have_reports:
raise unittest.SkipTest("No Report JSON files in datastore.")
return have_reports
def run_args(args):
sample_name = None
if not args.single_sample and not args.all_samples:
bam = openDataFile(args.samples_file)
sample_name = bam.readGroupTable[0].SampleName
log.info("Sample name is {}".format(sample_name))
elif args.all_samples:
sample_name = "All Samples"
files = []
for file_id, file_type, label in FILE_IDS_AND_NAMES:
file_path = getattr(args, file_id)
if file_path is None:
log.info("Skipping {}".format(file_id))
continue
assert file_path is not None and op.exists(file_path)
if sample_name:
label += " ({})".format(sample_name)
files.append(to_datastore_file(file_path, file_id, file_type, label))
DataStore(files).write_json(args.datastore)
return 0
def run_args(args):
datastore_out = op.abspath(args.datastore_out)
base_dir = op.dirname(datastore_out)
datastore_files = []
with ConsensusReadSet(args.dataset_file, strict=True) as ds:
bam_file_name, file_prefix = get_prefix_and_bam_file_name(
ds, is_barcoded=False)
if args.mode == "fasta":
datastore_files.extend(to_fastx_files(
FileTypes.FASTA, ds, args.dataset_file, Constants.FASTA_FILE_IDS, base_dir, file_prefix, args.min_rq, no_zip=args.no_zip))
elif args.mode == "fastq":
datastore_files.extend(to_fastx_files(
FileTypes.FASTQ, ds, args.dataset_file, Constants.FASTQ_FILE_IDS, base_dir, file_prefix, args.min_rq, no_zip=args.no_zip))
elif args.mode == "consolidate":
if bam_file_name is None:
datastore_files.append(
consolidate_bam(base_dir, file_prefix, ds,
min_rq=args.min_rq))
DataStore(datastore_files).write_json(datastore_out)
return 0
def test_datastore_dataset_file_uuid(self):
"""Test that the DataStore file and the Underlying Report have the same UUID"""
dataset_type_ids = FileTypes.ALL_DATASET_TYPES().keys()
ds = DataStore.load_from_json(_to_ds_json(self.job_dir))
n_tested = 0
for ds_file in ds.files.values():
if ds_file.file_type_id in dataset_type_ids:
path = ds_file.path
dsf_uuid = ds_file.uuid
uuid = getDataSetUuid(path)
self.assertEqual(
uuid, dsf_uuid, "{p}: {u1} != {u2}".format(p=path,
u1=uuid,
u2=dsf_uuid))
n_tested += 1
if n_tested == 0:
raise unittest.SkipTest(
"Warning. No DataSet XML files in datastore.")
def test_failure_no_inputs(self):
ds = DataStore([])
ds_path = tempfile.NamedTemporaryFile(suffix=".datastore.json").name
ds.write_json(ds_path)
with self.assertRaises(ValueError) as err:
report = run_to_report(ds_path, self.barcodes, self.subreads)
def _check_datastore(self, file_name):
ds = DataStore.load_from_json(file_name)
files = sorted([f.source_id for f in ds.files.values()])
assert files == ["mapped_bam", "mapped_bam_bai"]
def write_and_initialize_data_store_json(file_name, ds_files):
ds = DataStore(ds_files)
ds.write_json(file_name)
return ds
def gather_datastore(input_files, output_file, skip_empty=True):
ds = DataStore([])
for i_fn in input_files:
for uuid, f in DataStore.load_from_json(i_fn).files.items():
ds.add(f)
ds.write_json(output_file)
def _to_datastore(dx):
# Friction to get around service endpoint not returning a list of files
ds_files = [_to_ds_file(d) for d in dx]
return DataStore(ds_files)