def create_tasks_fasta2DB(split_subreadsets_fofn_pfn, parameters):
tasks = list()
next_inputs = dict()
topdir = os.path.join(os.path.dirname(fn(split_subreadsets_fofn_pfn)), 'run-fastas2fofn')
# Create the fastas in parallel.
for i, chunk_fn in enumerate(open(fn(split_subreadsets_fofn_pfn)).read().splitlines()):
wdir = os.path.join(topdir, 'fasta_job_{:03d}'.format(i)) # TODO: 02
chunk_pfn = makePypeLocalFile(os.path.join(wdir, chunk_fn))
fasta_done_fn = os.path.join(wdir, 'chunk_{:03d}_done'.format(i)) # TODO: 02
# By depending on a sentinel, we are allowed to delete fastas later.
# Note: i might not match num in chunk_fn, but that is ok
fasta_done_pfn = makePypeLocalFile(fasta_done_fn)
make_task = PypeTask(
inputs = {"dataset": chunk_pfn, },
outputs = {"fasta_done": fasta_done_pfn, },
parameters = parameters,
)
task = make_task(start_task.task_bam2fasta_dexta)
tasks.append(task)
next_inputs['fasta_{}_done'.format(i)] = fasta_done_pfn
#fasta_fn = base_from_done(fasta_done_fn) + '.fasta' # By convention.
# Create the FOFN of fastas.
fasta_fofn_fn = os.path.join(topdir, 'fasta.fofn')
fasta_fofn_pfn = makePypeLocalFile(fasta_fofn_fn)
make_task = PypeTask(
inputs = next_inputs,
outputs = {"fofn": fasta_fofn_pfn,
},
parameters = parameters,
)
task = make_task(start_task.task_fastas2fofn)
tasks.append(task)
return tasks, fasta_fofn_pfn
def create_quiver_jobs(scattered_quiver_plf):
scattered_quiver_fn = fn(scattered_quiver_plf)
jobs = json.loads(open(scattered_quiver_fn).read())
#ctg_ids = sorted(jobs['ref_seq_data'])
p_ctg_out = []
h_ctg_out = []
job_done_plfs = {}
for job in jobs:
ctg_id = job['ctg_id']
m_ctg_id = ctg_id.split('-')[0]
wd = os.path.join(os.getcwd(), './4-quiver/', m_ctg_id)
ref_fasta = makePypeLocalFile(
os.path.join(wd, '{ctg_id}_ref.fa'.format(ctg_id=ctg_id)))
read_sam = makePypeLocalFile(
os.path.join(
os.getcwd(), './4-quiver/reads/'
'{ctg_id}.sam'.format(ctg_id=ctg_id)))
cns_fasta = makePypeLocalFile(
os.path.join(wd, 'cns-{ctg_id}.fasta.gz'.format(ctg_id=ctg_id)))
cns_fastq = makePypeLocalFile(
os.path.join(wd, 'cns-{ctg_id}.fastq.gz'.format(ctg_id=ctg_id)))
job_done = makePypeLocalFile(
os.path.join(wd, '{ctg_id}_quiver_done'.format(ctg_id=ctg_id)))
if os.path.exists(
fn(read_sam
)): # TODO(CD): Ask Jason what we should do if missing SAM.
if ctg_types[ctg_id] == 'p':
p_ctg_out.append((fn(cns_fasta), fn(cns_fastq)))
elif ctg_types[ctg_id] == 'h':
h_ctg_out.append((fn(cns_fasta), fn(cns_fastq)))
else:
LOG.warning(
'Type is {!r}, not "p" or "h". Why are we running Quiver?'.
format(ctg_types[ctg_id]))
parameters = {
'job_uid': 'q-' + ctg_id,
'wd': wd,
'config': config,
'ctg_id': ctg_id
}
make_quiver_task = PypeTask(
inputs={
'ref_fasta': ref_fasta,
'read_sam': read_sam,
'scattered_quiver': scattered_quiver_plf,
},
outputs={
'cns_fasta': cns_fasta,
'cns_fastq': cns_fastq,
'job_done': job_done
},
parameters=parameters,
)
quiver_task = make_quiver_task(task_run_quiver)
wf.addTask(quiver_task)
job_done_plfs['{}'.format(ctg_id)] = job_done
#sge_quiver = config['sge_quiver']
return p_ctg_out, h_ctg_out, job_done_plfs
def create_merge_gather_task(wd, inputs):
las_fofn_plf = makePypeLocalFile(os.path.join(wd, 'las.fofn'))
las_fopfn_plf = makePypeLocalFile(os.path.join(wd, 'las.fopfn'))
make_task = PypeTask(inputs=inputs, # p_ids_merged_las
outputs={'las_fofn': las_fofn_plf,
'las_fopfn': las_fopfn_plf,
},
)
task = make_task(pype_tasks.task_merge_gather)
return task, las_fofn_plf, las_fopfn_plf
def create_tasks_pbalign(chunk_json_pfn, referenceset_pfn, parameters):
"""Create a pbalign task for each chunk, plus a gathering task.
"""
tasks = list()
gathering = dict()
chunk_dir = os.path.dirname(fn(chunk_json_pfn))
for i, subreadset_fn in enumerate(
sorted(
yield_pipeline_chunk_names_from_json(open(fn(chunk_json_pfn)),
'$chunk.subreadset_id'))):
wdir = 'run-pbalign-{:02d}'.format(i)
subreadset_fn = os.path.join(chunk_dir,
os.path.basename(subreadset_fn))
subreadset_pfn = makePypeLocalFile(subreadset_fn)
unmapped_pfn = makePypeLocalFile(
'{wdir}/unmapped.txt'.format(**locals()))
alignmentset_pfn = makePypeLocalFile(
'{wdir}/align.subreads.{i:02d}.alignmentset.xml'.format(
**locals()))
gathering['unmapped_{:02d}'.format(i)] = unmapped_pfn
gathering['alignmentsets_{:02d}'.format(i)] = alignmentset_pfn
"""Also produces:
aligned.subreads.i.alignmentset.bam
aligned.subreads.i.alignmentset.bam.bai
aligned.subreads.i.alignmentset.bam.pbi
"""
make_task = PypeTask(
inputs={
"chunk_json": chunk_json_pfn,
"dataset": subreadset_pfn,
"referenceset": referenceset_pfn,
},
outputs={
"alignmentset": alignmentset_pfn,
"unmapped": unmapped_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_pbalign)
tasks.append(task)
o_alignmentset_pfn = makePypeLocalFile(
'run-pbalign_gather/aligned.subreads.alignmentset.xml')
o_unmapped_pfn = makePypeLocalFile('run-pbalign_gather/unmapped.txt')
make_task = PypeTask(
inputs=gathering,
outputs={
"o_ds": o_alignmentset_pfn,
"o_unmapped": o_unmapped_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_pbalign_gather)
tasks.append(task)
return tasks, alignmentset_pfn
def create_merge_gather_task(wd, inputs):
las_fofn_plf = makePypeLocalFile(os.path.join(wd, 'las.fofn'))
las_fopfn_plf = makePypeLocalFile(os.path.join(wd, 'las.fopfn'))
make_task = PypeTask(inputs = inputs, # p_ids_merged_las
outputs = {'las_fofn': las_fofn_plf,
'las_fopfn': las_fopfn_plf,
},
TaskType = MyFakePypeThreadTaskBase,
)
# URL = 'task://localhost/pmerge_gather')
task = make_task(pype_tasks.task_merge_gather)
return task, las_fofn_plf, las_fopfn_plf
def create_merge_gather_task(wd, inputs):
las_fofn_plf = makePypeLocalFile(os.path.join(wd, 'las.fofn'))
las_fopfn_plf = makePypeLocalFile(os.path.join(wd, 'las.fopfn'))
make_task = PypeTask(
inputs=inputs, # p_ids_merged_las
outputs={
'las_fofn': las_fofn_plf,
'las_fopfn': las_fopfn_plf,
},
)
task = make_task(pype_tasks.task_merge_gather)
return task, las_fofn_plf, las_fopfn_plf
def main1(prog_name, input_config_fn, logger_config_fn=None):
global LOG
LOG = support.setup_logger(logger_config_fn)
lfs_setstripe_maybe(path='.', stripe=12)
LOG.info('fc_run started with configuration %s', input_config_fn)
try:
config = support.parse_cfg_file(input_config_fn)
import json
dumped = json.dumps(config, indent=2, separators=(',', ': '), sort_keys=True)
LOG.info('cfg=\n{}'.format(dumped))
except Exception:
LOG.exception('Failed to parse config "{}".'.format(input_config_fn))
raise
general_config = config['General']
assert 'input_fofn' in general_config, 'Missing "input_fofn" in {}.'.format(input_config_fn)
input_fofn_plf = makePypeLocalFile(general_config['input_fofn'])
genome_size = int(general_config.get('genome_size', '0'))
squash = True if 0 < genome_size < 1000000 else False
wf = PypeProcWatcherWorkflow(job_defaults=config['job.defaults'],
squash=squash,
)
general_config['ver'] = '100'
config_fn = './config.json' # must not be in a task-dir
io.serialize(config_fn, config)
with open('foo.snake', 'w') as snakemake_writer:
rule_writer = snakemake.SnakemakeRuleWriter(snakemake_writer)
run(wf, config, rule_writer,
os.path.abspath(config_fn),
input_fofn_plf=input_fofn_plf,
)
def create_merge_tasks(basedir, scatter_fn):
tasks = []
p_ids_merged_las = {} # for consensus
content = json.loads(open(scatter_fn).read()) # array of descriptions
for section in content:
parameters = section['parameters']
aligner = parameters['config']['aligner']
inputs = section['inputs']
inputs['scatter_fn'] = scatter_fn
outputs = section['outputs']
URL = section['URL']
p_id = parameters['job_id']
#merge_script = parameters['merge_script']
#sge_option = parameters['sge_option']
wdir = os.path.join(basedir, 'm_%05d' % p_id)
if aligner == 'minialign':
for input_fn, input_fpath in inputs.items():
inputs[input_fn] = makePypeLocalFile(input_fpath)
make_task = PypeTask(
inputs=inputs,
outputs=outputs,
parameters=parameters,
wdir=wdir,
)
task = make_task(pype_tasks.task_run_las_merge if aligner ==
'daligner' else pype_tasks.task_run_aligner)
tasks.append(task)
ovl_file = task.outputs[
'merged_las' if aligner == 'daligner' else
'ovl_fn'] # these are relative, so we need the PypeLocalFiles
p_ids_merged_las[p_id] = ovl_file
return tasks, p_ids_merged_las
def create_consensus_tasks(basedir, scatter_fn):
consensus_tasks = []
consensus_out = {}
content = json.loads(open(scatter_fn).read()) # array of descriptions
for section in content:
parameters = section['parameters']
aligner = parameters['config']['aligner']
inputs = section['inputs']
inputs['scatter_fn'] = scatter_fn
outputs = section['outputs']
URL = section['URL']
p_id = int(parameters['job_id'])
cns_label = 'cns_%05d' % int(p_id)
wdir = os.path.join(basedir, 'preads', cns_label)
if aligner == 'minialign':
for input_fn, input_fpath in inputs.items():
inputs[input_fn] = makePypeLocalFile(input_fpath)
make_c_task = PypeTask(
inputs=inputs,
outputs=outputs,
parameters=parameters,
wdir=wdir,
)
c_task = make_c_task(pype_tasks.task_run_consensus)
consensus_tasks.append(c_task)
consensus_out['cjob_%d' % p_id] = outputs['out_file']
return consensus_tasks, consensus_out
def main1(prog_name, input_config_fn, logger_config_fn=None):
global fc_run_logger
fc_run_logger = support.setup_logger(logger_config_fn)
fc_run_logger.info('fc_run started with configuration %s', input_config_fn)
try:
config = support.get_dict_from_old_falcon_cfg(
support.parse_config(input_config_fn))
except Exception:
fc_run_logger.exception(
'Failed to parse config "{}".'.format(input_config_fn))
raise
input_fofn_plf = makePypeLocalFile(config['input_fofn'])
genome_size = config.get('genome_size')
squash = True if 0 < genome_size < 1000000 else False
wf = PypeProcWatcherWorkflow(
job_type=config['job_type'],
job_queue=config['job_queue'],
sge_option=config.get('sge_option', ''),
watcher_type=config['pwatcher_type'],
watcher_directory=config['pwatcher_directory'],
use_tmpdir=config.get('use_tmpdir'),
squash=squash)
run(
wf,
config,
os.path.abspath(input_config_fn),
input_fofn_plf=input_fofn_plf,
)
def create_task_old():
i1 = './in/i1'
o1 = './run/dir1/o1.txt'
i1 = makePypeLocalFile(i1)
o1 = makePypeLocalFile(o1)
parameters = {}
make_task = PypeTask(
inputs={
'i1': i1,
},
outputs={
'o1': o1,
},
parameters=parameters,
)
return make_task(taskA)
def main1(prog_name, input_config_fn, logger_config_fn=None):
global fc_run_logger
fc_run_logger = support.setup_logger(logger_config_fn)
fc_run_logger.info('fc_run started with configuration %s', input_config_fn)
try:
config = support.get_dict_from_old_falcon_cfg(support.parse_config(input_config_fn))
except Exception:
fc_run_logger.exception('Failed to parse config "{}".'.format(input_config_fn))
raise
input_fofn_plf = makePypeLocalFile(config['input_fofn'])
genome_size = config.get('genome_size')
squash = True if 0 < genome_size < 1000000 else False
wf = PypeProcWatcherWorkflow(job_type=config['job_type'],
job_queue=config['job_queue'],
sge_option=config.get('sge_option', ''),
watcher_type=config['pwatcher_type'],
watcher_directory=config['pwatcher_directory'],
use_tmpdir=config.get('use_tmpdir'),
squash=squash
)
run(wf, config,
os.path.abspath(input_config_fn),
input_fofn_plf=input_fofn_plf,
)
def get_read_ctg_map(rawread_dir, pread_dir, asm_dir):
read_map_dir = os.path.abspath(os.path.join(asm_dir, 'read_maps'))
make_dirs(read_map_dir)
wf = PypeProcWatcherWorkflow(
max_jobs=12,
)
"""
job_type=config['job_type'],
job_queue=config['job_queue'],
sge_option=config.get('sge_option', ''),
watcher_type=config['pwatcher_type'],
watcher_directory=config['pwatcher_directory'])
"""
rawread_db = makePypeLocalFile(os.path.join(rawread_dir, 'raw_reads.db'))
rawread_id_file = makePypeLocalFile(os.path.join(
read_map_dir, 'dump_rawread_ids', 'rawread_ids'))
task = PypeTask(
inputs={'rawread_db': rawread_db},
outputs={'rawread_id_file': rawread_id_file},
)
wf.addTask(task(pype_tasks.task_dump_rawread_ids))
pread_db = makePypeLocalFile(os.path.join(pread_dir, 'preads.db'))
pread_id_file = makePypeLocalFile(os.path.join(
read_map_dir, 'dump_pread_ids', 'pread_ids'))
task = PypeTask(
inputs={'pread_db': pread_db},
outputs={'pread_id_file': pread_id_file},
)
wf.addTask(task(pype_tasks.task_dump_pread_ids))
wf.refreshTargets() # block
sg_edges_list = makePypeLocalFile(os.path.join(asm_dir, 'sg_edges_list'))
utg_data = makePypeLocalFile(os.path.join(asm_dir, 'utg_data'))
ctg_paths = makePypeLocalFile(os.path.join(asm_dir, 'ctg_paths'))
inputs = {'rawread_id_file': rawread_id_file,
'pread_id_file': pread_id_file,
'sg_edges_list': sg_edges_list,
'utg_data': utg_data,
'ctg_paths': ctg_paths}
read_to_contig_map = makePypeLocalFile(os.path.join(
read_map_dir, 'get_ctg_read_map', 'read_to_contig_map'))
task = PypeTask(
inputs=inputs,
outputs={'read_to_contig_map': read_to_contig_map},
)
wf.addTask(task(pype_tasks.task_generate_read_to_ctg_map))
wf.refreshTargets() # block
def get_read_ctg_map(rawread_dir, pread_dir, asm_dir):
read_map_dir = os.path.abspath(os.path.join(asm_dir, 'read_maps'))
make_dirs(read_map_dir)
wf = PypeProcWatcherWorkflow(max_jobs=12, )
"""
job_type=config['job_type'],
job_queue=config['job_queue'],
sge_option=config.get('sge_option', ''),
watcher_type=config['pwatcher_type'],
watcher_directory=config['pwatcher_directory'])
"""
rawread_db = makePypeLocalFile(os.path.join(rawread_dir, 'raw_reads.db'))
rawread_id_file = makePypeLocalFile(
os.path.join(read_map_dir, 'dump_rawread_ids', 'rawread_ids'))
task = PypeTask(inputs={'rawread_db': rawread_db},
outputs={'rawread_id_file': rawread_id_file},
TaskType=PypeThreadTaskBase,
URL='task://localhost/dump_rawread_ids')
wf.addTask(task(dump_rawread_ids))
pread_db = makePypeLocalFile(os.path.join(pread_dir, 'preads.db'))
pread_id_file = makePypeLocalFile(
os.path.join(read_map_dir, 'dump_pread_ids', 'pread_ids'))
task = PypeTask(inputs={'pread_db': pread_db},
outputs={'pread_id_file': pread_id_file},
TaskType=PypeThreadTaskBase,
URL='task://localhost/dump_pread_ids')
wf.addTask(task(dump_pread_ids))
wf.refreshTargets() # block
sg_edges_list = makePypeLocalFile(os.path.join(asm_dir, 'sg_edges_list'))
utg_data = makePypeLocalFile(os.path.join(asm_dir, 'utg_data'))
ctg_paths = makePypeLocalFile(os.path.join(asm_dir, 'ctg_paths'))
inputs = {
'rawread_id_file': rawread_id_file,
'pread_id_file': pread_id_file,
'sg_edges_list': sg_edges_list,
'utg_data': utg_data,
'ctg_paths': ctg_paths
}
read_to_contig_map = makePypeLocalFile(
os.path.join(read_map_dir, 'get_ctg_read_map', 'read_to_contig_map'))
task = PypeTask(inputs=inputs,
outputs={'read_to_contig_map': read_to_contig_map},
TaskType=PypeThreadTaskBase,
URL='task://localhost/get_ctg_read_map')
wf.addTask(task(generate_read_to_ctg_map))
wf.refreshTargets() # block
def create_quiver_jobs(wf, scattered_quiver_plf):
scattered_quiver_fn = fn(scattered_quiver_plf)
jobs = json.loads(open(scattered_quiver_fn).read())
#ctg_ids = sorted(jobs['ref_seq_data'])
p_ctg_out=[]
h_ctg_out=[]
job_done_plfs = {}
for job in jobs:
ctg_id = job['ctg_id']
ctg_types = job['ctg_types']
smrt_bin = job['smrt_bin']
sge_option = job['sge_option']
ref_fasta = makePypeLocalFile(job['ref_fasta'])
read_bam = makePypeLocalFile(job['read_bam'])
m_ctg_id = ctg_id.split('-')[0]
wd = os.path.join(os.getcwd(), './4-quiver/', m_ctg_id)
#ref_fasta = makePypeLocalFile(os.path.join(wd, '{ctg_id}_ref.fa'.format(ctg_id = ctg_id)))
#read_bam = makePypeLocalFile(os.path.join(os.getcwd(), './4-quiver/reads/' '{ctg_id}.sam'.format(ctg_id = ctg_id)))
cns_fasta = makePypeLocalFile(os.path.join(wd, 'cns-{ctg_id}.fasta.gz'.format(ctg_id = ctg_id)))
cns_fastq = makePypeLocalFile(os.path.join(wd, 'cns-{ctg_id}.fastq.gz'.format(ctg_id = ctg_id)))
job_done = makePypeLocalFile(os.path.join(wd, '{ctg_id}_quiver_done'.format(ctg_id = ctg_id)))
if os.path.exists(fn(read_bam)): # TODO(CD): Ask Jason what we should do if missing SAM.
if ctg_types[ctg_id] == 'p':
p_ctg_out.append( (fn(cns_fasta), fn(cns_fastq)) )
elif ctg_types[ctg_id] == 'h':
h_ctg_out.append( (fn(cns_fasta), fn(cns_fastq)) )
else:
LOG.warning('Type is {!r}, not "p" or "h". Why are we running Quiver?'.format(ctg_types[ctg_id]))
parameters = {
'job_uid':'q-'+ctg_id,
'ctg_id': ctg_id,
'smrt_bin': smrt_bin,
'sge_option': sge_option,
}
make_quiver_task = PypeTask(inputs = {'ref_fasta': ref_fasta, 'read_bam': read_bam,
'scattered_quiver': scattered_quiver_plf,
},
outputs = {'cns_fasta': cns_fasta, 'cns_fastq': cns_fastq, 'job_done': job_done},
parameters = parameters,
)
quiver_task = make_quiver_task(task_run_quiver)
wf.addTask(quiver_task)
job_done_plfs['{}'.format(ctg_id)] = job_done
return p_ctg_out, h_ctg_out, job_done_plfs
def gen_task(script, inputs, outputs, parameters={}):
def validate_dict(mydict):
"Python identifiers are illegal as keys."
try:
collections.namedtuple('validate', mydict.keys())
except ValueError as exc:
LOG.exception('Bad key name in task definition dict {!r}'.format(mydict))
raise
validate_dict(inputs)
validate_dict(outputs)
validate_dict(parameters)
parameters['_bash_'] = script
make_task = PypeTask(
inputs={k: makePypeLocalFile(v) for k,v in inputs.iteritems()},
outputs={k: makePypeLocalFile(v) for k,v in outputs.iteritems()},
parameters=parameters,
)
return make_task(task_generic_bash_script)
def create_consensus_gather_task(wd, inputs):
# Happens only in stage-0.
preads_fofn_plf = makePypeLocalFile(os.path.join(wd, 'input_preads.fofn'))
make_cns_gather_task = PypeTask(
inputs=inputs, # consensus_out
outputs={'preads_fofn': preads_fofn_plf},
)
task = make_cns_gather_task(pype_tasks.task_cns_gather)
return task, preads_fofn_plf
def create_tasks_pbalign(chunk_json_pfn, referenceset_pfn, parameters):
"""Create a pbalign task for each chunk, plus a gathering task.
"""
tasks = list()
gathering = dict()
chunk_dir = os.path.dirname(fn(chunk_json_pfn))
for i, subreadset_fn in enumerate(sorted(yield_pipeline_chunk_names_from_json(open(fn(chunk_json_pfn)), '$chunk.subreadset_id'))):
wdir = 'run-pbalign-{:02d}'.format(i)
subreadset_fn = os.path.join(chunk_dir, os.path.basename(subreadset_fn))
subreadset_pfn = makePypeLocalFile(subreadset_fn)
unmapped_pfn = makePypeLocalFile('{wdir}/unmapped.txt'.format(**locals()))
alignmentset_pfn = makePypeLocalFile('{wdir}/align.subreads.{i:02d}.alignmentset.xml'.format(**locals()))
gathering['unmapped_{:02d}'.format(i)] = unmapped_pfn
gathering['alignmentsets_{:02d}'.format(i)] = alignmentset_pfn
"""Also produces:
aligned.subreads.i.alignmentset.bam
aligned.subreads.i.alignmentset.bam.bai
aligned.subreads.i.alignmentset.bam.pbi
"""
make_task = PypeTask(
inputs = {"chunk_json": chunk_json_pfn,
"dataset": subreadset_pfn,
"referenceset": referenceset_pfn,
},
outputs = {"alignmentset": alignmentset_pfn,
"unmapped": unmapped_pfn,
},
parameters = parameters,
)
task = make_task(start_task.task_pbalign)
tasks.append(task)
o_alignmentset_pfn = makePypeLocalFile('run-pbalign_gather/aligned.subreads.alignmentset.xml')
o_unmapped_pfn = makePypeLocalFile('run-pbalign_gather/unmapped.txt')
make_task = PypeTask(
inputs = gathering,
outputs = {"o_ds": o_alignmentset_pfn,
"o_unmapped": o_unmapped_pfn,
},
parameters = parameters,
)
task = make_task(start_task.task_pbalign_gather)
tasks.append(task)
return tasks, alignmentset_pfn
def create_consensus_gather_task(wd, inputs):
# Happens only in stage-0.
preads_fofn_plf = makePypeLocalFile(os.path.join(wd, 'input_preads.fofn'))
make_cns_gather_task = PypeTask(
inputs=inputs, # consensus_out
outputs={'preads_fofn': preads_fofn_plf},
)
task = make_cns_gather_task(pype_tasks.task_cns_gather)
return task, preads_fofn_plf
def create_consensus_gather_task(wd, inputs):
# Happens only in stage-0.
preads_fofn_plf = makePypeLocalFile(os.path.join(wd, 'input_preads.fofn'))
make_cns_gather_task = PypeTask(
inputs = inputs, # consensus_out
outputs = {'preads_fofn': preads_fofn_plf},
TaskType = MyFakePypeThreadTaskBase,
URL = 'task://localhost/cns_gather' )
task = make_cns_gather_task(pype_tasks.task_cns_gather)
return task, preads_fofn_plf
def create_tasks_fasta2DB(split_subreadsets_fofn_pfn, parameters):
tasks = list()
next_inputs = dict()
topdir = os.path.join(os.path.dirname(fn(split_subreadsets_fofn_pfn)),
'run-fastas2fofn')
# Create the fastas in parallel.
for i, chunk_fn in enumerate(
open(fn(split_subreadsets_fofn_pfn)).read().splitlines()):
wdir = os.path.join(topdir, 'fasta_job_{:03d}'.format(i)) # TODO: 02
chunk_pfn = makePypeLocalFile(os.path.join(wdir, chunk_fn))
fasta_done_fn = os.path.join(wdir,
'chunk_{:03d}_done'.format(i)) # TODO: 02
# By depending on a sentinel, we are allowed to delete fastas later.
# Note: i might not match num in chunk_fn, but that is ok
fasta_done_pfn = makePypeLocalFile(fasta_done_fn)
make_task = PypeTask(
inputs={
"dataset": chunk_pfn,
},
outputs={
"fasta_done": fasta_done_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_bam2fasta_dexta)
tasks.append(task)
next_inputs['fasta_{}_done'.format(i)] = fasta_done_pfn
#fasta_fn = base_from_done(fasta_done_fn) + '.fasta' # By convention.
# Create the FOFN of fastas.
fasta_fofn_fn = os.path.join(topdir, 'fasta.fofn')
fasta_fofn_pfn = makePypeLocalFile(fasta_fofn_fn)
make_task = PypeTask(
inputs=next_inputs,
outputs={
"fofn": fasta_fofn_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_fastas2fofn)
tasks.append(task)
return tasks, fasta_fofn_pfn
def main():
lfn = 'logging-cfg.json'
if os.path.exists(lfn):
logging.config.dictConfig(json.load(open(lfn)))
else:
logging.basicConfig()
logging.getLogger().setLevel(logging.NOTSET)
try:
import logging_tree
logging_tree.printout()
except ImportError:
pass
log.debug('DEBUG LOGGING ON')
log.warning('Available via env: JOB_TYPE={}, SLEEP_S={}'.format(
JOB_TYPE, SLEEP_S))
exitOnFailure=False
concurrent_jobs=2
Workflow = PypeProcWatcherWorkflow
wf = Workflow(job_type=JOB_TYPE)
wf.max_jobs = concurrent_jobs
par = dict(sleep_s=SLEEP_S)
DIR ='mytmp'
makedirs(DIR)
f0 = makePypeLocalFile('mytmp/f0')
f1 = makePypeLocalFile('mytmp/f1')
make_task = PypeTask(
inputs = {},
outputs = {'f0': f0},
parameters = par,
)
task = make_task(taskrun0)
wf.addTasks([task])
make_task = PypeTask(
inputs = {'f0': f0},
outputs = {'f1': f1},
parameters = par,
)
task = make_task(taskrun1)
wf.addTasks([task])
wf.refreshTargets([task])
def main():
lfn = 'logging-cfg.json'
if os.path.exists(lfn):
logging.config.dictConfig(json.load(open(lfn)))
else:
logging.basicConfig()
logging.getLogger().setLevel(logging.NOTSET)
try:
import logging_tree
logging_tree.printout()
except ImportError:
pass
log.debug('DEBUG LOGGING ON')
log.warning('Available via env: JOB_TYPE={}, SLEEP_S={}'.format(
JOB_TYPE, SLEEP_S))
exitOnFailure = False
concurrent_jobs = 2
Workflow = PypeProcWatcherWorkflow
wf = Workflow(job_type=JOB_TYPE)
wf.max_jobs = concurrent_jobs
par = dict(sleep_s=SLEEP_S)
DIR = 'mytmp'
makedirs(DIR)
f0 = makePypeLocalFile('mytmp/f0')
f1 = makePypeLocalFile('mytmp/f1')
make_task = PypeTask(
inputs={},
outputs={'f0': f0},
parameters=par,
)
task = make_task(taskrun0)
wf.addTasks([task])
make_task = PypeTask(
inputs={'f0': f0},
outputs={'f1': f1},
parameters=par,
)
task = make_task(taskrun1)
wf.addTasks([task])
wf.refreshTargets([task])
def get_read_hctg_map(asm_dir, hasm_dir, read_to_contig_map_fn):
wf = PypeProcWatcherWorkflow(
max_jobs=
12, # TODO: Why was NumThreads ever set? There is only one task!
)
rawread_id_file = makePypeLocalFile(
os.path.join(asm_dir, 'read_maps/dump_rawread_ids/rawread_ids'))
pread_id_file = makePypeLocalFile(
os.path.join(asm_dir, 'read_maps/dump_pread_ids/pread_ids'))
h_ctg_edges = makePypeLocalFile(os.path.join(hasm_dir, 'all_h_ctg_edges'))
p_ctg_edges = makePypeLocalFile(os.path.join(hasm_dir, 'all_p_ctg_edges'))
h_ctg_ids = makePypeLocalFile(os.path.join(hasm_dir, "all_h_ctg_ids"))
#make_dirs(os.path.dirname(os.path.abspath(read_to_contig_map_fn)) # Workflow does this.
read_to_contig_map_plf = makePypeLocalFile(read_to_contig_map_fn)
inputs = {
'rawread_id_file': rawread_id_file,
'pread_id_file': pread_id_file,
'h_ctg_edges': h_ctg_edges,
'p_ctg_edges': p_ctg_edges,
'h_ctg_ids': h_ctg_ids
}
make_task = PypeTask(
inputs=inputs,
outputs={'read_to_contig_map': read_to_contig_map_plf},
)
wf.addTask(make_task(generate_read_to_hctg_map))
wf.refreshTargets() # block
def run(
wf,
config,
):
exitOnFailure = True
#try:
# # Make it always re-run.
# os.remove('out.txt')
#except Exception:
# LOG.exception('could not remove out.txt')
o0 = makePypeLocalFile('hey0/out.txt')
make_task = PypeTask(
inputs={},
outputs={'o0': o0},
parameters={},
)
t0 = make_task(mymod.say_hey0)
o1 = makePypeLocalFile('hey1/out.txt')
make_task = PypeTask(
inputs={'i0': o0},
outputs={'o1': o1},
parameters={},
)
t1 = make_task(mymod.say_hey1)
wf.addTasks([t0, t1]) # for new-simple-way, we could add just t1
N = int(os.environ.get('N', '1'))
for i in range(N):
make_task = PypeTask(
inputs={},
outputs={
'out': 'touched',
},
#outputs = {'out': 'hey-{}/touched'.format(i),},
parameters={},
wdir='hey-{}'.format(i),
)
t = make_task(mymod.touchit)
wf.addTask(t)
wf.refreshTargets(exitOnFailure=exitOnFailure)
def main1(prog_name, input_config_fn, logger_config_fn=None):
global LOG
LOG = support.setup_logger(logger_config_fn)
lfs_setstripe_maybe(path='.', stripe=12)
LOG.info('fc_run started with configuration %s', input_config_fn)
try:
config = support.parse_cfg_file(input_config_fn)
import json
dumped = json.dumps(config,
indent=2,
separators=(',', ': '),
sort_keys=True)
LOG.info('cfg=\n{}'.format(dumped))
except Exception:
LOG.exception('Failed to parse config "{}".'.format(input_config_fn))
raise
general_config = config['General']
assert 'input_fofn' in general_config, 'Missing "input_fofn" in {}.'.format(
input_config_fn)
input_fofn_plf = makePypeLocalFile(general_config['input_fofn'])
genome_size = int(general_config.get('genome_size', '0'))
squash = True if 0 < genome_size < 1000000 else False
wf = PypeProcWatcherWorkflow(
job_defaults=config['job.defaults'],
squash=squash,
)
general_config['ver'] = '100'
config_fn = './config.json' # must not be in a task-dir
io.serialize(config_fn, config)
with open('foo.snake', 'w') as snakemake_writer:
rule_writer = snakemake.SnakemakeRuleWriter(snakemake_writer)
run(
wf,
config,
rule_writer,
os.path.abspath(config_fn),
input_fofn_plf=input_fofn_plf,
)
def unzip_all(config):
unzip_blasr_concurrent_jobs = config['unzip_blasr_concurrent_jobs']
unzip_phasing_concurrent_jobs = config['unzip_phasing_concurrent_jobs']
wf = PypeProcWatcherWorkflow(
max_jobs=unzip_blasr_concurrent_jobs,
job_type=config['job_type'],
job_queue=config.get('job_queue'),
sge_option=config.get('sge_option'),
watcher_type=config.get('pwatcher_type'),
#watcher_directory=config.get('pwatcher_directory', 'mypwatcher'),
use_tmpdir=config.get('use_tmpdir'),
)
ctg_list_file = makePypeLocalFile('./3-unzip/reads/ctg_list')
falcon_asm_done = makePypeLocalFile('./2-asm-falcon/falcon_asm_done')
wdir = os.path.abspath('./3-unzip/reads')
parameters = {'wd': wdir, 'config': config,
'sge_option': config['sge_track_reads'],
}
job_done = makePypeLocalFile(os.path.join(parameters['wd'], 'track_reads_done'))
make_track_reads_task = PypeTask(inputs = {'falcon_asm_done': falcon_asm_done},
outputs = {'job_done': job_done, 'ctg_list_file': ctg_list_file},
parameters = parameters,
wdir = wdir,
)
track_reads_task = make_track_reads_task(task_track_reads)
wf.addTask(track_reads_task)
wf.refreshTargets() #force refresh now, will put proper dependence later
ctg_ids = []
with open('./3-unzip/reads/ctg_list') as f:
for row in f:
row = row.strip()
ctg_ids.append(row)
aln1_outs = {}
all_ctg_out = {}
for ctg_id in ctg_ids:
# inputs
ref_fasta = makePypeLocalFile('./3-unzip/reads/{ctg_id}_ref.fa'.format(ctg_id = ctg_id))
read_fasta = makePypeLocalFile('./3-unzip/reads/{ctg_id}_reads.fa'.format(ctg_id = ctg_id))
# outputs
wd = os.path.join(os.getcwd(), './3-unzip/0-phasing/{ctg_id}/'.format(ctg_id = ctg_id))
#mkdir(wd)
blasr_dir = os.path.join(wd, 'blasr')
ctg_aln_out = makePypeLocalFile(os.path.join(blasr_dir, '{ctg_id}_sorted.bam'.format(ctg_id = ctg_id)))
job_done = makePypeLocalFile(os.path.join(blasr_dir, 'aln_{ctg_id}_done'.format(ctg_id = ctg_id)))
parameters = {'job_uid':'aln-'+ctg_id, 'wd': blasr_dir, 'config':config, 'ctg_id': ctg_id,
'sge_option': config['sge_blasr_aln'],
}
make_blasr_task = PypeTask(inputs = {'ref_fasta': ref_fasta, 'read_fasta': read_fasta},
outputs = {'ctg_aln_out': ctg_aln_out, 'job_done': job_done},
parameters = parameters,
)
blasr_task = make_blasr_task(task_run_blasr)
aln1_outs[ctg_id] = (ctg_aln_out, job_done)
wf.addTask(blasr_task)
wf.refreshTargets()
wf.max_jobs = unzip_phasing_concurrent_jobs
for ctg_id in ctg_ids:
# inputs
ref_fasta = makePypeLocalFile('./3-unzip/reads/{ctg_id}_ref.fa'.format(ctg_id = ctg_id))
read_fasta = makePypeLocalFile('./3-unzip/reads/{ctg_id}_reads.fa'.format(ctg_id = ctg_id))
# outputs
wd = os.path.join(os.getcwd(), './3-unzip/0-phasing/{ctg_id}/'.format(ctg_id = ctg_id))
blasr_dir = os.path.join(wd, 'blasr')
ctg_aln_out = makePypeLocalFile(os.path.join(blasr_dir, '{ctg_id}_sorted.bam'.format(ctg_id = ctg_id)))
phasing_dir = os.path.join(wd, 'phasing')
job_done = makePypeLocalFile(os.path.join(phasing_dir, 'p_{ctg_id}_done'.format(ctg_id = ctg_id)))
rid_to_phase_out = makePypeLocalFile(os.path.join(wd, 'rid_to_phase.{ctg_id}'.format(ctg_id = ctg_id))) # TODO: ???
all_ctg_out[ 'r2p.{ctg_id}'.format(ctg_id = ctg_id) ] = rid_to_phase_out # implicit output?
parameters = {'job_uid':'ha-'+ctg_id, 'wd': wd, 'config':config, 'ctg_id': ctg_id,
'sge_option': config['sge_phasing'],
}
make_phasing_task = PypeTask(inputs = {'ref_fasta': ref_fasta, 'aln_bam':ctg_aln_out},
outputs = {'job_done': job_done},
parameters = parameters,
)
phasing_task = make_phasing_task(task_phasing)
wf.addTask(phasing_task)
wf.refreshTargets()
hasm_wd = os.path.abspath('./3-unzip/1-hasm/')
#mkdir(hasm_wd)
rid_to_phase_all = makePypeLocalFile(os.path.join(hasm_wd, 'rid-to-phase-all', 'rid_to_phase.all'))
task = PypeTask(inputs = all_ctg_out, outputs = {'rid_to_phase_all': rid_to_phase_all},
) (get_rid_to_phase_all)
wf.addTask(task)
parameters['wd'] = hasm_wd
parameters['sge_option'] = config['sge_hasm']
job_done = makePypeLocalFile(os.path.join(hasm_wd, 'hasm_done'))
make_hasm_task = PypeTask(inputs = {'rid_to_phase_all': rid_to_phase_all},
outputs = {'job_done': job_done},
parameters = parameters,
)
hasm_task = make_hasm_task(task_hasm)
wf.addTask(hasm_task)
wf.refreshTargets()
def run(wf, config,
input_config_fn,
input_fofn_plf,
):
"""
Preconditions (for now):
* fc_run_logger
* run_support.logger
"""
rawread_dir = os.path.abspath('./0-rawreads')
pread_dir = os.path.abspath('./1-preads_ovl')
falcon_asm_dir = os.path.abspath('./2-asm-falcon')
script_dir = os.path.abspath('./scripts')
sge_log_dir = os.path.abspath('./sge_log')
for d in (rawread_dir, pread_dir, falcon_asm_dir, script_dir, sge_log_dir):
support.make_dirs(d)
exitOnFailure=config['stop_all_jobs_on_failure'] # only matter for parallel jobs
concurrent_jobs = config['pa_concurrent_jobs']
wf.max_jobs = concurrent_jobs
rawread_fofn_plf = makePypeLocalFile(os.path.join(rawread_dir, 'raw-fofn-abs', os.path.basename(config['input_fofn'])))
make_fofn_abs_task = PypeTask(inputs = {'i_fofn': input_fofn_plf},
outputs = {'o_fofn': rawread_fofn_plf},
parameters = {},
)
fofn_abs_task = make_fofn_abs_task(pype_tasks.task_make_fofn_abs_raw)
wf.addTasks([fofn_abs_task])
wf.refreshTargets([fofn_abs_task])
if config['input_type'] == 'raw':
#### import sequences into daligner DB
sleep_done = makePypeLocalFile( os.path.join( rawread_dir, 'sleep_done') )
rdb_build_done = makePypeLocalFile( os.path.join( rawread_dir, 'rdb_build_done') )
run_jobs = makePypeLocalFile( os.path.join( rawread_dir, 'run_jobs.sh') )
parameters = {'work_dir': rawread_dir,
'sge_option': config['sge_option_da'],
'config_fn': input_config_fn,
'config': config}
length_cutoff_plf = makePypeLocalFile(os.path.join(rawread_dir, 'length_cutoff'))
raw_reads_db_plf = makePypeLocalFile(os.path.join(rawread_dir, '%s.db' % 'raw_reads'))
make_build_rdb_task = PypeTask(inputs = {'input_fofn': rawread_fofn_plf},
outputs = {'rdb_build_done': rdb_build_done,
'raw_reads_db': raw_reads_db_plf,
'length_cutoff': length_cutoff_plf,
'run_jobs': run_jobs,
},
parameters = parameters,
)
build_rdb_task = make_build_rdb_task(pype_tasks.task_build_rdb)
wf.addTasks([build_rdb_task])
wf.refreshTargets([rdb_build_done])
raw_reads_nblock = support.get_nblock(fn(raw_reads_db_plf))
#### run daligner
scattered_plf = os.path.join(rawread_dir, 'daligner-scatter', 'scattered.json')
make_daligner_scatter = PypeTask(
inputs = {
'run_jobs_fn': run_jobs,
'db_build_done': rdb_build_done,
},
outputs = {
'scatter_fn': scattered_plf,
},
parameters = {
'db_prefix': 'raw_reads',
'nblock': raw_reads_nblock,
'pread_aln': False,
'config': config,
},
)
task = make_daligner_scatter(pype_tasks.task_daligner_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
daligner_tasks, daligner_out = create_daligner_tasks(rawread_dir, scattered_plf)
wf.addTasks(daligner_tasks)
r_gathered_las_plf = makePypeLocalFile(os.path.join(rawread_dir, 'raw-gather', 'gathered_las.txt'))
parameters = {
'nblock': raw_reads_nblock,
}
make_daligner_gather = PypeTask(
inputs = daligner_out,
outputs = {'gathered': r_gathered_las_plf},
parameters = parameters,
)
check_r_da_task = make_daligner_gather(pype_tasks.task_daligner_gather)
wf.addTask(check_r_da_task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
# Merge .las files.
scattered_plf = os.path.join(rawread_dir, 'merge-scatter', 'scattered.json')
make_task = PypeTask(
inputs = {
'run_jobs': run_jobs,
'gathered_las': r_gathered_las_plf,
},
outputs = {
'scattered': scattered_plf,
},
parameters = {
'db_prefix': 'raw_reads',
'config': config,
},
)
task = make_task(pype_tasks.task_merge_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
merge_tasks, p_ids_merged_las = create_merge_tasks(rawread_dir, scattered_plf)
wf.addTasks(merge_tasks)
task, _, las_fopfn_plf = create_merge_gather_task(os.path.join(rawread_dir, 'merge-gather'), p_ids_merged_las)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
if config['target'] == 'overlapping':
sys.exit(0)
# Produce new FOFN of preads fasta, based on consensus of overlaps.
scattered_plf = os.path.join(rawread_dir, 'cns-scatter', 'scattered.json')
make_task = PypeTask(
inputs = {
'gathered': las_fopfn_plf,
'db': raw_reads_db_plf,
},
outputs = {
'scattered': scattered_plf,
},
parameters = {
'db_prefix': 'raw_reads',
'config': config,
},
)
task = make_task(pype_tasks.task_consensus_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
tasks, consensus_out = create_consensus_tasks(rawread_dir, scattered_plf)
wf.addTasks(tasks)
wf.refreshTargets(exitOnFailure=exitOnFailure)
task, preads_fofn_plf = create_consensus_gather_task(os.path.join(rawread_dir, 'preads'), consensus_out)
wf.addTask(task)
rdir = os.path.join(rawread_dir, 'report')
pre_assembly_report_plf = makePypeLocalFile(os.path.join(rdir, 'pre_assembly_stats.json'))
parameters = dict(config)
parameters['cwd'] = rdir
make_task = PypeTask(
inputs = {'length_cutoff_fn': length_cutoff_plf,
'raw_reads_db': raw_reads_db_plf,
'preads_fofn': preads_fofn_plf, },
outputs = {'pre_assembly_report': pre_assembly_report_plf, },
parameters = parameters,
)
task = make_task(pype_tasks.task_report_pre_assembly)
wf.addTask(task)
concurrent_jobs = config['cns_concurrent_jobs']
wf.max_jobs = concurrent_jobs
wf.refreshTargets(exitOnFailure=exitOnFailure)
if config['target'] == 'pre-assembly':
log.info('Quitting after stage-0 for "pre-assembly" target.')
sys.exit(0)
# build pread database
if config['input_type'] == 'preads':
preads_fofn_plf = makePypeLocalFile(os.path.join(pread_dir, 'preads-fofn-abs', os.path.basename(config['input_fofn'])))
make_fofn_abs_task = PypeTask(inputs = {'i_fofn': rawread_fofn_plf},
outputs = {'o_fofn': preads_fofn_plf},
parameters = {},
)
fofn_abs_task = make_fofn_abs_task(pype_tasks.task_make_fofn_abs_preads)
wf.addTasks([fofn_abs_task])
wf.refreshTargets([fofn_abs_task])
pdb_build_done = makePypeLocalFile( os.path.join( pread_dir, 'pdb_build_done') )
parameters = {'work_dir': pread_dir,
'sge_option': config['sge_option_pda'],
'config_fn': input_config_fn,
'config': config}
run_jobs = makePypeLocalFile(os.path.join(pread_dir, 'run_jobs.sh'))
preads_db = makePypeLocalFile(os.path.join(pread_dir, 'preads.db')) # Also .preads.*, of course.
make_build_pdb_task = PypeTask(inputs = {'preads_fofn': preads_fofn_plf },
outputs = {'pdb_build_done': pdb_build_done,
'preads_db': preads_db,
'run_jobs': run_jobs,
},
parameters = parameters,
)
build_pdb_task = make_build_pdb_task(pype_tasks.task_build_pdb)
wf.addTasks([build_pdb_task])
wf.refreshTargets([pdb_build_done])
preads_nblock = support.get_nblock(fn(preads_db))
#### run daligner
config['sge_option_da'] = config['sge_option_pda']
scattered_plf = os.path.join(pread_dir, 'daligner-scatter', 'scattered.json')
make_daligner_scatter = PypeTask(
inputs = {
'run_jobs_fn': run_jobs,
'db_build_done': pdb_build_done,
},
outputs = {
'scatter_fn': scattered_plf,
},
parameters = {
'db_prefix': 'preads',
'nblock': preads_nblock,
'pread_aln': True,
'config': config,
},
)
task = make_daligner_scatter(pype_tasks.task_daligner_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
daligner_tasks, daligner_out = create_daligner_tasks(pread_dir, scattered_plf)
wf.addTasks(daligner_tasks)
p_gathered_las_plf = makePypeLocalFile(os.path.join(pread_dir, 'gathered-las', 'gathered-las.txt'))
parameters = {
'nblock': preads_nblock,
}
make_daligner_gather = PypeTask(
inputs = daligner_out,
outputs = {'gathered': p_gathered_las_plf},
parameters = parameters,
)
check_p_da_task = make_daligner_gather(pype_tasks.task_daligner_gather)
wf.addTask(check_p_da_task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
# Merge .las files.
config['sge_option_la'] = config['sge_option_pla']
scattered_plf = os.path.join(pread_dir, 'merge-scatter', 'scattered.json')
make_task = PypeTask(
inputs = {
'run_jobs': run_jobs,
'gathered_las': p_gathered_las_plf,
},
outputs = {
'scattered': scattered_plf,
},
parameters = {
'db_prefix': 'preads',
'config': config,
},
)
task = make_task(pype_tasks.task_merge_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
merge_tasks, p_ids_merged_las = create_merge_tasks(pread_dir, scattered_plf)
wf.addTasks(merge_tasks)
task, las_fofn_plf, las_fopfn_plf = create_merge_gather_task(os.path.join(pread_dir, 'merge-gather'), p_ids_merged_las)
wf.addTask(task)
concurrent_jobs = config['ovlp_concurrent_jobs']
wf.max_jobs = concurrent_jobs
wf.refreshTargets(exitOnFailure=exitOnFailure)
db2falcon_dir = os.path.join(pread_dir, 'db2falcon')
db2falcon_done = makePypeLocalFile(os.path.join(db2falcon_dir, 'db2falcon_done'))
preads4falcon_plf = makePypeLocalFile(os.path.join(db2falcon_dir, 'preads4falcon.fasta'))
make_run_db2falcon = PypeTask(
inputs = {'las_fofn_plf': las_fofn_plf,
'preads_db': preads_db,
},
outputs = {'db2falcon_done': db2falcon_done,
'preads4falcon': preads4falcon_plf,
},
parameters = {'wd': db2falcon_dir,
'config': config,
'sge_option': config['sge_option_fc'],
},
)
wf.addTask(make_run_db2falcon(pype_tasks.task_run_db2falcon))
falcon_asm_done = makePypeLocalFile( os.path.join(falcon_asm_dir, 'falcon_asm_done'))
make_run_falcon_asm = PypeTask(
inputs = {'db2falcon_done': db2falcon_done, 'db_file': preads_db,
'preads4falcon': preads4falcon_plf,
'las_fofn': las_fofn_plf,
},
outputs = {'falcon_asm_done': falcon_asm_done},
parameters = {'wd': falcon_asm_dir,
'config': config,
'pread_dir': pread_dir,
'sge_option': config['sge_option_fc'],
},
)
wf.addTask(make_run_falcon_asm(pype_tasks.task_run_falcon_asm))
wf.refreshTargets()
return falcon_asm_done
def flow(config):
#import pdb; pdb.set_trace()
parameters = config
#exitOnFailure=config['stop_all_jobs_on_failure'] # only matter for parallel jobs
#wf.refreshTargets(exitOnFailure=exitOnFailure)
#wf = PypeThreadWorkflow()
#wf = PypeWorkflow()
#wf = PypeWorkflow(job_type='local')
log.debug('config=\n{}'.format(pprint.pformat(config)))
# Set some defaults on the Workflow.
concurrent_jobs = 24 # TODO: Configure this.
wf = PypeWorkflow(
job_type=config['hgap'].get('job_type'),
job_queue=config['hgap'].get('job_queue'),
watcher_type=config['hgap'].get('pwatcher_type', 'blocking'),
#watcher_directory=config['pwatcher_directory'],
max_jobs=config['hgap'].get('max_jobs', concurrent_jobs),
)
use_tmpdir = config['hgap'].get('use_tmpdir')
if use_tmpdir:
log.info('hgap.use_tmpdir={!r}'.format(use_tmpdir))
if use_tmpdir is not True and '/' in use_tmpdir:
tempfile.tempdir = use_tmpdir
log.info('Using tempfile.tempdir={}'.format(tempfile.tempdir))
else:
log.info('Keeping tempfile.tempdir={}'.format(tempfile.tempdir))
dataset_pfn = makePypeLocalFile(config['pbsmrtpipe']['input_files'][0])
filtered_pfn = makePypeLocalFile('run-filterbam/filtered.subreadset.xml')
make_task = PypeTask(
inputs={
"dataset": dataset_pfn,
},
outputs={
"filtered": filtered_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_filterbam)
wf.addTask(task)
split_subreadsets_fofn_pfn = makePypeLocalFile(
'run-bam_scatter/chunked_subreadsets.fofn')
make_task = PypeTask(
inputs={
"dataset": filtered_pfn,
},
outputs={
"split_subreadsets_fofn": split_subreadsets_fofn_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_bam_scatter)
wf.addTask(task)
wf.refreshTargets()
tasks, input_fofn_pfn = create_tasks_fasta2DB(split_subreadsets_fofn_pfn,
parameters)
wf.addTasks(tasks)
wf.refreshTargets()
fc_cfg_pfn = makePypeLocalFile('run-falcon/fc.cfg')
fc_json_config_pfn = makePypeLocalFile('run-falcon/fc.json')
make_task = PypeTask(
inputs={
"input_fofn": input_fofn_pfn,
},
outputs={
"fc_cfg": fc_cfg_pfn,
"fc_json_config": fc_json_config_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_prepare_falcon)
wf.addTask(task)
wf.refreshTargets()
input_config_fn = fn(fc_cfg_pfn)
with sys.cd('run-falcon'):
falcon_kit.mains.run1.fc_run_logger = falcon_kit.run_support.logger = logging.getLogger(
'falcon')
fc_cfg = falcon_kit.run_support.get_dict_from_old_falcon_cfg(
falcon_kit.run_support.parse_config(input_config_fn))
# FALCON takes over the workflow for a while.
# (For debugging, it is still possible to restart just fc_run, if desired.)
falcon_asm_done_pfn = falcon_kit.mains.run1.run(
wf,
fc_cfg,
input_config_fn,
input_fofn_plf=input_fofn_pfn, # _pfn should be _plf, but oh well
)
wf.max_jobs = concurrent_jobs # in case Falcon changed this
# Here is a hard-linking task to help us attach falcon into the dependency graph.
falcon_link_done_pfn = makePypeLocalFile(
'run-falcon_link/falcon_link_done')
make_task = PypeTask(
inputs={
"falcon_asm_done": falcon_asm_done_pfn,
},
outputs={
"falcon_link_done": falcon_link_done_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_falcon_link)
wf.addTask(task)
# The rest of the workflow will operate on datasets, not fasta directly.
referenceset_pfn = makePypeLocalFile(
'run-fasta2referenceset/asm.referenceset.xml')
make_task = PypeTask(
inputs={
"falcon_link_done": falcon_link_done_pfn,
},
outputs={
"referenceset": referenceset_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_fasta2referenceset)
wf.addTask(task)
wf.refreshTargets()
# scatter the subreads for pbalign
"""Produces:
pbalign_chunk.json
chunk_subreadset_*.subreadset.xml
"""
pbalign_chunk_json_pfn = makePypeLocalFile(
'run-pbalign-scatter/pbalign_chunk.json')
make_task = PypeTask(
inputs={
"dataset": dataset_pfn,
"referenceset": referenceset_pfn,
},
outputs={
"out_json": pbalign_chunk_json_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_pbalign_scatter)
wf.addTask(task)
wf.refreshTargets()
# After scattering, we can specify the pbalign jobs.
tasks, alignmentset_pfn = create_tasks_pbalign(pbalign_chunk_json_pfn,
referenceset_pfn,
parameters)
wf.addTasks(tasks)
wf.refreshTargets()
# scatter the alignmentset for genomic_consensus (variantCaller)
"""Produces:
gc.chunks.fofn
???*.congitset.xml ???
"""
gc_chunks_fofn_pfn = makePypeLocalFile('run-gc_scatter/gc.chunks.fofn')
make_task = PypeTask(
inputs={
"alignmentset": alignmentset_pfn,
"referenceset": referenceset_pfn,
},
outputs={
"out_fofn": gc_chunks_fofn_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_gc_scatter)
wf.addTask(task)
wf.refreshTargets()
tasks, contigset_pfn, gathered_fastq_pfn = create_tasks_gc(
gc_chunks_fofn_pfn, referenceset_pfn, parameters)
wf.addTasks(tasks)
wf.refreshTargets()
# Final report
polished_assembly_report_json_pfn = makePypeLocalFile(
'run-polished-assembly-report/polished_assembly_report.json')
make_task = PypeTask(
inputs={
"referenceset": referenceset_pfn,
"gathered_alignmentset": alignmentset_pfn,
"polished_fastq": gathered_fastq_pfn,
},
outputs={
"report_json": polished_assembly_report_json_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_polished_assembly_report)
wf.addTask(task)
wf.refreshTargets()
par_dir = os.path.dirname(fn(polished_assembly_report_json_pfn))
sys.symlink(os.path.join(par_dir, 'polished_coverage_vs_quality.png'))
sys.symlink(os.path.join(par_dir,
'polished_coverage_vs_quality_thumb.png'))
#return
##############
if not os.path.exists('foo.bar1'):
sys.system('touch foo.bar1')
foo_fn1 = makePypeLocalFile('foo.bar1')
foo_fn2 = makePypeLocalFile('foo.bar2')
make_task = PypeTask(
inputs={
"foo1": foo_fn1,
},
outputs={
"foo2": foo_fn2,
},
parameters=parameters,
)
task = make_task(start_task.task_foo)
wf.addTask(task)
wf.refreshTargets()
def create_tasks_gc(fofn_pfn, referenceset_pfn, parameters):
"""Create a gc task for each chunk, plus a gathering task.
Here is the convoluted workflow:
1. For each gc instance "chunk":
A. variantCaller writes .fasta
B. We create a contigset for the .fasta
2. We keep the contigset output filenames in a FOFN (from run_gc_scatter)
and pass that to run_gc_gather().
3. We read each contigset and add them to a gathered ContigSet.
4. We "consolidate" their underlying .fasta "resources",
assuming their filenames match except extenion.
5. Finally, we write the gathered contigset.
Whew!
We also gather fastq here, for convenience.
"""
tasks = list()
contigsets = dict()
fastqs = dict()
# Assume fofn of gc chunks are all relative to the dir of the fofn.
for i, alignmentset_bn in enumerate(open(fn(fofn_pfn)).read().split()):
alignmentset_fn = os.path.join(os.path.dirname(fn(fofn_pfn)),
alignmentset_bn)
wdir = 'run-gc-{:02}'.format(i)
mkdirs(wdir) # Assume CWD is correct.
alignmentset_pfn = makePypeLocalFile(
alignmentset_fn) # New pfn cuz it was not pfn before.
polished_fastq_pfn = makePypeLocalFile(
os.path.join(wdir, 'consensus.fastq'))
variants_gff_pfn = makePypeLocalFile(os.path.join(
wdir, 'variants.gff'))
consensus_contigset_pfn = makePypeLocalFile(
os.path.join(wdir, 'consensus.contigset.xml'))
"""Also produces:
consensus.fasta
consensus.fasta.fai
And note that these files names are important, as pbcoretools gathering expects
a particular pattern.
"""
contigsets['contigset_{:02d}'.format(i)] = consensus_contigset_pfn
fastqs['fastq_{:02d}'.format(i)] = polished_fastq_pfn
make_task = PypeTask(
inputs={
"alignmentset": alignmentset_pfn,
"referenceset": referenceset_pfn,
},
outputs={
"polished_fastq": polished_fastq_pfn,
"variants_gff": variants_gff_pfn,
"consensus_contigset": consensus_contigset_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_genomic_consensus)
tasks.append(task)
contigset_pfn = makePypeLocalFile('run-gc-gather/contigset.xml')
gathered_fastq_pfn = makePypeLocalFile('run-gc-gather/gathered.fastq')
inputs = dict(contigsets)
inputs.update(fastqs)
log.debug('inputs to gc_gather:{}'.format(pprint.pformat(contigsets)))
make_task = PypeTask(
inputs=inputs,
outputs={
"ds_out": contigset_pfn,
"fastq_out": gathered_fastq_pfn,
},
parameters=parameters,
)
task = make_task(start_task.task_gc_gather)
tasks.append(task)
return tasks, contigset_pfn, gathered_fastq_pfn
def main(argv=sys.argv):
global LOG
LOG = support.setup_logger(None)
if len(sys.argv) < 2:
print>>sys.stderr, 'you need to provide a configuration file to specific a couple cluster running environment'
sys.exit(1)
config_fn = sys.argv[1]
config_absbasedir = os.path.dirname(os.path.abspath(config_fn))
config = ConfigParser.ConfigParser()
config.read(config_fn)
job_type = 'SGE'
if config.has_option('General', 'job_type'):
job_type = config.get('General', 'job_type')
job_queue = 'default'
if config.has_option('General', 'job_queue'):
job_queue = config.get('General', 'job_queue')
pwatcher_type = 'fs_based'
if config.has_option('General', 'pwatcher_type'):
pwatcher_type = config.get('General', 'pwatcher_type')
sge_track_reads = ' -pe smp 12 -q bigmem'
if config.has_option('Unzip', 'sge_track_reads'):
sge_track_reads = config.get('Unzip', 'sge_track_reads')
sge_quiver = ' -pe smp 24 -q bigmem '
if config.has_option('Unzip', 'sge_quiver'):
sge_quiver = config.get('Unzip', 'sge_quiver')
smrt_bin = '/mnt/secondary/builds/full/3.0.0/prod/smrtanalysis_3.0.0.153854/smrtcmds/bin/'
if config.has_option('Unzip', 'smrt_bin'):
smrt_bin = config.get('Unzip', 'smrt_bin')
input_bam_fofn = 'input_bam.fofn'
if config.has_option('Unzip', 'input_bam_fofn'):
input_bam_fofn = config.get('Unzip', 'input_bam_fofn')
if not os.path.isabs(input_bam_fofn):
input_bam_fofn = os.path.join(config_absbasedir, input_bam_fofn)
quiver_concurrent_jobs = 8
if config.has_option('Unzip', 'quiver_concurrent_jobs'):
quiver_concurrent_jobs = config.getint('Unzip', 'quiver_concurrent_jobs')
config = {'job_type': job_type,
'job_queue': job_queue,
'sge_quiver': sge_quiver,
'sge_track_reads': sge_track_reads,
'input_bam_fofn': input_bam_fofn,
'pwatcher_type': pwatcher_type,
'smrt_bin': smrt_bin}
LOG.info('config={}'.format(pprint.pformat(config)))
#support.job_type = 'SGE' #tmp hack until we have a configuration parser
wf = PypeProcWatcherWorkflow(
max_jobs=quiver_concurrent_jobs,
job_type=config['job_type'],
job_queue=config.get('job_queue'),
sge_option=config.get('sge_option'),
watcher_type=config.get('pwatcher_type'),
#watcher_directory=config.get('pwatcher_directory', 'mypwatcher'),
use_tmpdir=config.get('use_tmpdir'),
)
abscwd = os.path.abspath('.')
parameters = {
'sge_option': config['sge_track_reads'],
}
input_bam_fofn_fn = config['input_bam_fofn']
input_bam_fofn_plf = makePypeLocalFile(input_bam_fofn_fn)
hasm_done_plf = makePypeLocalFile('./3-unzip/1-hasm/hasm_done') # by convention
track_reads_h_done_plf = makePypeLocalFile('./4-quiver/reads/track_reads_h_done')
make_track_reads_task = PypeTask(inputs = {
'input_bam_fofn': input_bam_fofn_plf,
'hasm_done': hasm_done_plf},
outputs = {'job_done': track_reads_h_done_plf},
parameters = parameters,
)
track_reads_task = make_track_reads_task(task_track_reads)
wf.addTask(track_reads_task)
scattered_quiver_plf = makePypeLocalFile('4-quiver/quiver_scatter/scattered.json')
parameters = {
'config': config,
}
make_task = PypeTask(
inputs = {
'p_ctg_fa': makePypeLocalFile('3-unzip/all_p_ctg.fa'),
'h_ctg_fa': makePypeLocalFile('3-unzip/all_h_ctg.fa'),
'track_reads_h_done': track_reads_h_done_plf,
},
outputs = {
'scattered_quiver_json': scattered_quiver_plf,
},
parameters = parameters,
)
wf.addTask(make_task(task_scatter_quiver))
wf.refreshTargets()
p_ctg_out, h_ctg_out, job_done_plfs = create_quiver_jobs(wf, scattered_quiver_plf)
gathered_p_ctg_plf = makePypeLocalFile('4-quiver/cns_gather/p_ctg.txt')
gathered_h_ctg_plf = makePypeLocalFile('4-quiver/cns_gather/h_ctg.txt')
gather_done_plf = makePypeLocalFile('4-quiver/cns_gather/job_done')
mkdir('4-quiver/cns_gather')
with open(fn(gathered_p_ctg_plf), 'w') as ifs:
for cns_fasta_fn, cns_fastq_fn in sorted(p_ctg_out):
ifs.write('{} {}\n'.format(cns_fasta_fn, cns_fastq_fn))
with open(fn(gathered_h_ctg_plf), 'w') as ifs:
for cns_fasta_fn, cns_fastq_fn in sorted(h_ctg_out):
ifs.write('{} {}\n'.format(cns_fasta_fn, cns_fastq_fn))
make_task = PypeTask(
inputs = job_done_plfs,
outputs = {
'job_done': gather_done_plf,
},
parameters = {},
)
wf.addTask(make_task(task_gather_quiver))
wf.refreshTargets()
cns_p_ctg_fasta_plf = makePypeLocalFile('4-quiver/cns_output/cns_p_ctg.fasta')
cns_p_ctg_fastq_plf = makePypeLocalFile('4-quiver/cns_output/cns_p_ctg.fastq')
cns_h_ctg_fasta_plf = makePypeLocalFile('4-quiver/cns_output/cns_h_ctg.fasta')
cns_h_ctg_fastq_plf = makePypeLocalFile('4-quiver/cns_output/cns_h_ctg.fastq')
zcat_done_plf = makePypeLocalFile('4-quiver/cns_output/job_done')
make_task = PypeTask(
inputs = {
'gathered_p_ctg': gathered_p_ctg_plf,
'gathered_h_ctg': gathered_h_ctg_plf,
'gather_done': gather_done_plf,
},
outputs = {
'cns_p_ctg_fasta': cns_p_ctg_fasta_plf,
'cns_p_ctg_fastq': cns_p_ctg_fastq_plf,
'cns_h_ctg_fasta': cns_h_ctg_fasta_plf,
'cns_h_ctg_fastq': cns_h_ctg_fastq_plf,
'job_done': zcat_done_plf,
},
)
wf.addTask(make_task(task_cns_zcat))
wf.refreshTargets()
def make_dirs(d):
if not os.path.isdir(d):
os.makedirs(d)
rawread_dir = os.path.abspath( "./0-rawreads" )
pread_dir = os.path.abspath( "./1-preads_ovl" )
asm_dir = os.path.abspath( os.path.join("./3-unzip/") )
read_map_dir = os.path.abspath(os.path.join(asm_dir, "read_maps"))
make_dirs(read_map_dir)
wf = PypeProcWatcherWorkflow(
max_jobs=12,
)
rawread_db = makePypeLocalFile( os.path.join( rawread_dir, "raw_reads.db" ) )
rawread_id_file = makePypeLocalFile( os.path.join( rawread_dir, "raw_read_ids" ) )
@PypeTask( inputs = {"rawread_db": rawread_db},
outputs = {"rawread_id_file": rawread_id_file},
TaskType = PypeThreadTaskBase,
URL = "task://localhost/dump_rawread_ids" )
def dump_rawread_ids(self):
rawread_db = fn( self.rawread_db )
rawread_id_file = fn( self.rawread_id_file )
os.system("DBshow -n %s | tr -d '>' | awk '{print $1}' > %s" % (rawread_db, rawread_id_file) )
wf.addTask( dump_rawread_ids )
pread_db = makePypeLocalFile( os.path.join( pread_dir, "preads.db" ) )
pread_id_file = makePypeLocalFile( os.path.join( pread_dir, "pread_ids" ) )
def flow(config):
#import pdb; pdb.set_trace()
parameters = config
#exitOnFailure=config['stop_all_jobs_on_failure'] # only matter for parallel jobs
#wf.refreshTargets(exitOnFailure=exitOnFailure)
#wf = PypeThreadWorkflow()
#wf = PypeWorkflow()
#wf = PypeWorkflow(job_type='local')
log.debug('config=\n{}'.format(pprint.pformat(config)))
# Set some defaults on the Workflow.
concurrent_jobs = 24 # TODO: Configure this.
wf = PypeWorkflow(
job_type=config['hgap'].get('job_type'),
job_queue=config['hgap'].get('job_queue'),
watcher_type=config['hgap'].get('pwatcher_type', 'blocking'),
#watcher_directory=config['pwatcher_directory'],
max_jobs=config['hgap'].get('max_jobs', concurrent_jobs),
)
use_tmpdir = config['hgap'].get('use_tmpdir')
if use_tmpdir:
log.info('hgap.use_tmpdir={!r}'.format(use_tmpdir))
if use_tmpdir is not True and '/' in use_tmpdir:
tempfile.tempdir = use_tmpdir
log.info('Using tempfile.tempdir={}'.format(tempfile.tempdir))
else:
log.info('Keeping tempfile.tempdir={}'.format(tempfile.tempdir))
dataset_pfn = makePypeLocalFile(config['pbsmrtpipe']['input_files'][0])
filtered_pfn = makePypeLocalFile('run-filterbam/filtered.subreadset.xml')
make_task = PypeTask(
inputs = {"dataset": dataset_pfn, },
outputs = {"filtered": filtered_pfn, },
parameters = parameters,
)
task = make_task(start_task.task_filterbam)
wf.addTask(task)
split_subreadsets_fofn_pfn = makePypeLocalFile('run-bam_scatter/chunked_subreadsets.fofn')
make_task = PypeTask(
inputs = {"dataset": filtered_pfn, },
outputs = {"split_subreadsets_fofn": split_subreadsets_fofn_pfn, },
parameters = parameters,
)
task = make_task(start_task.task_bam_scatter)
wf.addTask(task)
wf.refreshTargets()
tasks, input_fofn_pfn = create_tasks_fasta2DB(split_subreadsets_fofn_pfn, parameters)
wf.addTasks(tasks)
wf.refreshTargets()
fc_cfg_pfn = makePypeLocalFile('run-falcon/fc.cfg')
fc_json_config_pfn = makePypeLocalFile('run-falcon/fc.json')
make_task = PypeTask(
inputs = {
"input_fofn": input_fofn_pfn,
},
outputs = {"fc_cfg": fc_cfg_pfn,
"fc_json_config": fc_json_config_pfn,
},
parameters = parameters,
)
task = make_task(start_task.task_prepare_falcon)
wf.addTask(task)
wf.refreshTargets()
input_config_fn = fn(fc_cfg_pfn)
with sys.cd('run-falcon'):
falcon_kit.mains.run1.fc_run_logger = falcon_kit.run_support.logger = logging.getLogger('falcon')
fc_cfg = falcon_kit.run_support.get_dict_from_old_falcon_cfg(
falcon_kit.run_support.parse_config(input_config_fn))
# FALCON takes over the workflow for a while.
# (For debugging, it is still possible to restart just fc_run, if desired.)
falcon_asm_done_pfn = falcon_kit.mains.run1.run(wf, fc_cfg,
input_config_fn,
input_fofn_plf=input_fofn_pfn, # _pfn should be _plf, but oh well
)
wf.max_jobs = concurrent_jobs # in case Falcon changed this
# Here is a hard-linking task to help us attach falcon into the dependency graph.
falcon_link_done_pfn = makePypeLocalFile('run-falcon_link/falcon_link_done')
make_task = PypeTask(
inputs = {"falcon_asm_done": falcon_asm_done_pfn,},
outputs = {
"falcon_link_done": falcon_link_done_pfn,
},
parameters = parameters,
)
task = make_task(start_task.task_falcon_link)
wf.addTask(task)
# The rest of the workflow will operate on datasets, not fasta directly.
referenceset_pfn = makePypeLocalFile('run-fasta2referenceset/asm.referenceset.xml')
make_task = PypeTask(
inputs = {"falcon_link_done": falcon_link_done_pfn,},
outputs = {"referenceset": referenceset_pfn,},
parameters = parameters,
)
task = make_task(start_task.task_fasta2referenceset)
wf.addTask(task)
wf.refreshTargets()
# scatter the subreads for pbalign
"""Produces:
pbalign_chunk.json
chunk_subreadset_*.subreadset.xml
"""
pbalign_chunk_json_pfn = makePypeLocalFile('run-pbalign-scatter/pbalign_chunk.json')
make_task = PypeTask(
inputs = {"dataset": dataset_pfn,
"referenceset": referenceset_pfn,},
outputs = {"out_json": pbalign_chunk_json_pfn,},
parameters = parameters,
)
task = make_task(start_task.task_pbalign_scatter)
wf.addTask(task)
wf.refreshTargets()
# After scattering, we can specify the pbalign jobs.
tasks, alignmentset_pfn = create_tasks_pbalign(pbalign_chunk_json_pfn, referenceset_pfn, parameters)
wf.addTasks(tasks)
wf.refreshTargets()
# scatter the alignmentset for genomic_consensus (variantCaller)
"""Produces:
gc.chunks.fofn
???*.congitset.xml ???
"""
gc_chunks_fofn_pfn = makePypeLocalFile('run-gc_scatter/gc.chunks.fofn')
make_task = PypeTask(
inputs = {"alignmentset": alignmentset_pfn,
"referenceset": referenceset_pfn,},
outputs = {"out_fofn": gc_chunks_fofn_pfn,},
parameters = parameters,
)
task = make_task(start_task.task_gc_scatter)
wf.addTask(task)
wf.refreshTargets()
tasks, contigset_pfn, gathered_fastq_pfn = create_tasks_gc(gc_chunks_fofn_pfn, referenceset_pfn, parameters)
wf.addTasks(tasks)
wf.refreshTargets()
# Final report
polished_assembly_report_json_pfn = makePypeLocalFile('run-polished-assembly-report/polished_assembly_report.json')
make_task = PypeTask(
inputs = {"referenceset": referenceset_pfn,
"gathered_alignmentset": alignmentset_pfn,
"polished_fastq": gathered_fastq_pfn,},
outputs = {"report_json": polished_assembly_report_json_pfn,},
parameters = parameters,
)
task = make_task(start_task.task_polished_assembly_report)
wf.addTask(task)
wf.refreshTargets()
par_dir = os.path.dirname(fn(polished_assembly_report_json_pfn))
sys.symlink(os.path.join(par_dir, 'polished_coverage_vs_quality.png'))
sys.symlink(os.path.join(par_dir, 'polished_coverage_vs_quality_thumb.png'))
#return
##############
if not os.path.exists('foo.bar1'):
sys.system('touch foo.bar1')
foo_fn1 = makePypeLocalFile('foo.bar1')
foo_fn2 = makePypeLocalFile('foo.bar2')
make_task = PypeTask(
inputs = {"foo1": foo_fn1,},
outputs = {"foo2": foo_fn2,},
parameters = parameters,
)
task = make_task(start_task.task_foo)
wf.addTask(task)
wf.refreshTargets()
def create_tasks_gc(fofn_pfn, referenceset_pfn, parameters):
"""Create a gc task for each chunk, plus a gathering task.
Here is the convoluted workflow:
1. For each gc instance "chunk":
A. variantCaller writes .fasta
B. We create a contigset for the .fasta
2. We keep the contigset output filenames in a FOFN (from run_gc_scatter)
and pass that to run_gc_gather().
3. We read each contigset and add them to a gathered ContigSet.
4. We "consolidate" their underlying .fasta "resources",
assuming their filenames match except extenion.
5. Finally, we write the gathered contigset.
Whew!
We also gather fastq here, for convenience.
"""
tasks = list()
contigsets = dict()
fastqs = dict()
# Assume fofn of gc chunks are all relative to the dir of the fofn.
for i, alignmentset_bn in enumerate(open(fn(fofn_pfn)).read().split()):
alignmentset_fn = os.path.join(os.path.dirname(fn(fofn_pfn)), alignmentset_bn)
wdir = 'run-gc-{:02}'.format(i)
mkdirs(wdir) # Assume CWD is correct.
alignmentset_pfn = makePypeLocalFile(alignmentset_fn) # New pfn cuz it was not pfn before.
polished_fastq_pfn = makePypeLocalFile(os.path.join(wdir, 'consensus.fastq'))
variants_gff_pfn = makePypeLocalFile(os.path.join(wdir, 'variants.gff'))
consensus_contigset_pfn = makePypeLocalFile(os.path.join(wdir, 'consensus.contigset.xml'))
"""Also produces:
consensus.fasta
consensus.fasta.fai
And note that these files names are important, as pbcoretools gathering expects
a particular pattern.
"""
contigsets['contigset_{:02d}'.format(i)] = consensus_contigset_pfn
fastqs['fastq_{:02d}'.format(i)] = polished_fastq_pfn
make_task = PypeTask(
inputs = {"alignmentset": alignmentset_pfn,
"referenceset": referenceset_pfn,},
outputs = {
"polished_fastq": polished_fastq_pfn,
"variants_gff": variants_gff_pfn,
"consensus_contigset": consensus_contigset_pfn,
},
parameters = parameters,
)
task = make_task(start_task.task_genomic_consensus)
tasks.append(task)
contigset_pfn = makePypeLocalFile('run-gc-gather/contigset.xml')
gathered_fastq_pfn = makePypeLocalFile('run-gc-gather/gathered.fastq')
inputs = dict(contigsets)
inputs.update(fastqs)
log.debug('inputs to gc_gather:{}'.format(pprint.pformat(contigsets)))
make_task = PypeTask(
inputs = inputs,
outputs = {"ds_out": contigset_pfn,
"fastq_out": gathered_fastq_pfn,
},
parameters = parameters,
)
task = make_task(start_task.task_gc_gather)
tasks.append(task)
return tasks, contigset_pfn, gathered_fastq_pfn
def unzip_all(config):
unzip_blasr_concurrent_jobs = config['unzip_blasr_concurrent_jobs']
unzip_phasing_concurrent_jobs = config['unzip_phasing_concurrent_jobs']
wf = PypeProcWatcherWorkflow(
max_jobs=unzip_blasr_concurrent_jobs,
job_type=config['job_type'],
job_queue=config.get('job_queue'),
sge_option=config.get('sge_option'),
watcher_type=config.get('pwatcher_type'),
#watcher_directory=config.get('pwatcher_directory', 'mypwatcher'),
use_tmpdir=config.get('use_tmpdir'),
)
ctg_list_file = makePypeLocalFile('./3-unzip/reads/ctg_list')
falcon_asm_done = makePypeLocalFile('./2-asm-falcon/falcon_asm_done')
wdir = os.path.abspath('./3-unzip/reads')
parameters = {
'wd': wdir,
'config': config,
'sge_option': config['sge_track_reads'],
}
job_done = makePypeLocalFile(
os.path.join(parameters['wd'], 'track_reads_done'))
make_track_reads_task = PypeTask(
inputs={'falcon_asm_done': falcon_asm_done},
outputs={
'job_done': job_done,
'ctg_list_file': ctg_list_file
},
parameters=parameters,
wdir=wdir,
)
track_reads_task = make_track_reads_task(task_track_reads)
wf.addTask(track_reads_task)
wf.refreshTargets() #force refresh now, will put proper dependence later
ctg_ids = []
with open('./3-unzip/reads/ctg_list') as f:
for row in f:
row = row.strip()
ctg_ids.append(row)
aln1_outs = {}
all_ctg_out = {}
for ctg_id in ctg_ids:
# inputs
ref_fasta = makePypeLocalFile(
'./3-unzip/reads/{ctg_id}_ref.fa'.format(ctg_id=ctg_id))
read_fasta = makePypeLocalFile(
'./3-unzip/reads/{ctg_id}_reads.fa'.format(ctg_id=ctg_id))
# outputs
wd = os.path.join(
os.getcwd(), './3-unzip/0-phasing/{ctg_id}/'.format(ctg_id=ctg_id))
#mkdir(wd)
blasr_dir = os.path.join(wd, 'blasr')
ctg_aln_out = makePypeLocalFile(
os.path.join(blasr_dir,
'{ctg_id}_sorted.bam'.format(ctg_id=ctg_id)))
job_done = makePypeLocalFile(
os.path.join(blasr_dir, 'aln_{ctg_id}_done'.format(ctg_id=ctg_id)))
parameters = {
'job_uid': 'aln-' + ctg_id,
'wd': blasr_dir,
'config': config,
'ctg_id': ctg_id,
'sge_option': config['sge_blasr_aln'],
}
make_blasr_task = PypeTask(
inputs={
'ref_fasta': ref_fasta,
'read_fasta': read_fasta
},
outputs={
'ctg_aln_out': ctg_aln_out,
'job_done': job_done
},
parameters=parameters,
)
blasr_task = make_blasr_task(task_run_blasr)
aln1_outs[ctg_id] = (ctg_aln_out, job_done)
wf.addTask(blasr_task)
wf.refreshTargets()
wf.max_jobs = unzip_phasing_concurrent_jobs
for ctg_id in ctg_ids:
# inputs
ref_fasta = makePypeLocalFile(
'./3-unzip/reads/{ctg_id}_ref.fa'.format(ctg_id=ctg_id))
read_fasta = makePypeLocalFile(
'./3-unzip/reads/{ctg_id}_reads.fa'.format(ctg_id=ctg_id))
# outputs
wd = os.path.join(
os.getcwd(), './3-unzip/0-phasing/{ctg_id}/'.format(ctg_id=ctg_id))
blasr_dir = os.path.join(wd, 'blasr')
ctg_aln_out = makePypeLocalFile(
os.path.join(blasr_dir,
'{ctg_id}_sorted.bam'.format(ctg_id=ctg_id)))
phasing_dir = os.path.join(wd, 'phasing')
job_done = makePypeLocalFile(
os.path.join(phasing_dir, 'p_{ctg_id}_done'.format(ctg_id=ctg_id)))
rid_to_phase_out = makePypeLocalFile(
os.path.join(
wd,
'rid_to_phase.{ctg_id}'.format(ctg_id=ctg_id))) # TODO: ???
all_ctg_out['r2p.{ctg_id}'.format(
ctg_id=ctg_id)] = rid_to_phase_out # implicit output?
parameters = {
'job_uid': 'ha-' + ctg_id,
'wd': wd,
'config': config,
'ctg_id': ctg_id,
'sge_option': config['sge_phasing'],
}
make_phasing_task = PypeTask(
inputs={
'ref_fasta': ref_fasta,
'aln_bam': ctg_aln_out
},
outputs={'job_done': job_done},
parameters=parameters,
)
phasing_task = make_phasing_task(task_phasing)
wf.addTask(phasing_task)
wf.refreshTargets()
hasm_wd = os.path.abspath('./3-unzip/1-hasm/')
#mkdir(hasm_wd)
rid_to_phase_all = makePypeLocalFile(
os.path.join(hasm_wd, 'rid-to-phase-all', 'rid_to_phase.all'))
task = PypeTask(
inputs=all_ctg_out,
outputs={'rid_to_phase_all': rid_to_phase_all},
)(get_rid_to_phase_all)
wf.addTask(task)
parameters['wd'] = hasm_wd
parameters['sge_option'] = config['sge_hasm']
job_done = makePypeLocalFile(os.path.join(hasm_wd, 'hasm_done'))
make_hasm_task = PypeTask(
inputs={'rid_to_phase_all': rid_to_phase_all},
outputs={'job_done': job_done},
parameters=parameters,
)
hasm_task = make_hasm_task(task_hasm)
wf.addTask(hasm_task)
wf.refreshTargets()
def run(
wf,
config,
input_config_fn,
input_fofn_plf,
):
"""
Preconditions (for now):
* fc_run_logger
* run_support.logger
"""
rawread_dir = os.path.abspath('./0-rawreads')
pread_dir = os.path.abspath('./1-preads_ovl')
falcon_asm_dir = os.path.abspath('./2-asm-falcon')
script_dir = os.path.abspath('./scripts')
sge_log_dir = os.path.abspath('./sge_log')
for d in (rawread_dir, pread_dir, falcon_asm_dir, script_dir, sge_log_dir):
support.make_dirs(d)
exitOnFailure = config[
'stop_all_jobs_on_failure'] # only matter for parallel jobs
wf.max_jobs = config['default_concurrent_jobs']
rawread_fofn_plf = makePypeLocalFile(
os.path.join(rawread_dir, 'raw-fofn-abs',
os.path.basename(config['input_fofn'])))
make_fofn_abs_task = PypeTask(
inputs={'i_fofn': input_fofn_plf},
outputs={'o_fofn': rawread_fofn_plf},
parameters={},
)
fofn_abs_task = make_fofn_abs_task(pype_tasks.task_make_fofn_abs_raw)
wf.addTasks([fofn_abs_task])
wf.refreshTargets([fofn_abs_task])
if config['input_type'] == 'raw':
#### import sequences into daligner DB
sleep_done = makePypeLocalFile(os.path.join(rawread_dir, 'sleep_done'))
rdb_build_done = makePypeLocalFile(
os.path.join(rawread_dir, 'rdb_build_done'))
run_jobs = makePypeLocalFile(os.path.join(rawread_dir, 'run_jobs.sh'))
parameters = {
'work_dir': rawread_dir,
'sge_option': config['sge_option_da'],
'config_fn': input_config_fn,
'config': config
}
length_cutoff_plf = makePypeLocalFile(
os.path.join(rawread_dir, 'length_cutoff'))
raw_reads_db_plf = makePypeLocalFile(
os.path.join(rawread_dir, '%s.db' % 'raw_reads'))
make_build_rdb_task = PypeTask(
inputs={'input_fofn': rawread_fofn_plf},
outputs={
'rdb_build_done': rdb_build_done,
'raw_reads_db': raw_reads_db_plf,
'length_cutoff': length_cutoff_plf,
'run_jobs': run_jobs,
},
parameters=parameters,
)
build_rdb_task = make_build_rdb_task(pype_tasks.task_build_rdb)
wf.addTasks([build_rdb_task])
wf.refreshTargets([rdb_build_done])
raw_reads_nblock = support.get_nblock(fn(raw_reads_db_plf))
#### run daligner
wf.max_jobs = config['da_concurrent_jobs']
scattered_plf = os.path.join(rawread_dir, 'daligner-scatter',
'scattered.json')
make_daligner_scatter = PypeTask(
inputs={
'run_jobs_fn': run_jobs,
'db_build_done': rdb_build_done,
},
outputs={
'scatter_fn': scattered_plf,
},
parameters={
'db_prefix': 'raw_reads',
'nblock': raw_reads_nblock,
'pread_aln': False,
'config': config,
},
)
task = make_daligner_scatter(pype_tasks.task_daligner_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
daligner_tasks, daligner_out = create_daligner_tasks(
rawread_dir, scattered_plf)
wf.addTasks(daligner_tasks)
r_gathered_las_plf = makePypeLocalFile(
os.path.join(rawread_dir, 'raw-gather', 'gathered_las.txt'))
parameters = {
'nblock': raw_reads_nblock,
}
make_daligner_gather = PypeTask(
inputs=daligner_out,
outputs={'gathered': r_gathered_las_plf},
parameters=parameters,
)
check_r_da_task = make_daligner_gather(pype_tasks.task_daligner_gather)
wf.addTask(check_r_da_task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
# Merge .las files.
wf.max_jobs = config['la_concurrent_jobs']
scattered_plf = os.path.join(rawread_dir, 'merge-scatter',
'scattered.json')
make_task = PypeTask(
inputs={
'run_jobs': run_jobs,
'gathered_las': r_gathered_las_plf,
},
outputs={
'scattered': scattered_plf,
},
parameters={
'db_prefix': 'raw_reads',
'config': config,
},
)
task = make_task(pype_tasks.task_merge_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
merge_tasks, p_ids_merged_las = create_merge_tasks(
rawread_dir, scattered_plf)
wf.addTasks(merge_tasks)
task, _, las_fopfn_plf = create_merge_gather_task(
os.path.join(rawread_dir, 'merge-gather'), p_ids_merged_las)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
if config['target'] == 'overlapping':
sys.exit(0)
# Produce new FOFN of preads fasta, based on consensus of overlaps.
wf.max_jobs = config['cns_concurrent_jobs']
scattered_plf = os.path.join(rawread_dir, 'cns-scatter',
'scattered.json')
make_task = PypeTask(
inputs={
'gathered': las_fopfn_plf,
'db': raw_reads_db_plf,
},
outputs={
'scattered': scattered_plf,
},
parameters={
'db_prefix': 'raw_reads',
'config': config,
},
)
task = make_task(pype_tasks.task_consensus_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
tasks, consensus_out = create_consensus_tasks(rawread_dir,
scattered_plf)
wf.addTasks(tasks)
wf.refreshTargets(exitOnFailure=exitOnFailure)
task, preads_fofn_plf = create_consensus_gather_task(
os.path.join(rawread_dir, 'preads'), consensus_out)
wf.addTask(task)
rdir = os.path.join(rawread_dir, 'report')
pre_assembly_report_plf = makePypeLocalFile(
os.path.join(rdir, 'pre_assembly_stats.json'))
parameters = dict(config)
parameters['cwd'] = rdir
make_task = PypeTask(
inputs={
'length_cutoff_fn': length_cutoff_plf,
'raw_reads_db': raw_reads_db_plf,
'preads_fofn': preads_fofn_plf,
},
outputs={
'pre_assembly_report': pre_assembly_report_plf,
},
parameters=parameters,
)
task = make_task(pype_tasks.task_report_pre_assembly)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
if config['target'] == 'pre-assembly':
log.info('Quitting after stage-0 for "pre-assembly" target.')
sys.exit(0)
# build pread database
if config['input_type'] == 'preads':
preads_fofn_plf = makePypeLocalFile(
os.path.join(pread_dir, 'preads-fofn-abs',
os.path.basename(config['input_fofn'])))
make_fofn_abs_task = PypeTask(
inputs={'i_fofn': rawread_fofn_plf},
outputs={'o_fofn': preads_fofn_plf},
parameters={},
)
fofn_abs_task = make_fofn_abs_task(
pype_tasks.task_make_fofn_abs_preads)
wf.addTasks([fofn_abs_task])
wf.refreshTargets([fofn_abs_task])
pdb_build_done = makePypeLocalFile(
os.path.join(pread_dir, 'pdb_build_done'))
parameters = {
'work_dir': pread_dir,
'sge_option': config['sge_option_pda'],
'config_fn': input_config_fn,
'config': config
}
run_jobs = makePypeLocalFile(os.path.join(pread_dir, 'run_jobs.sh'))
preads_db = makePypeLocalFile(os.path.join(
pread_dir, 'preads.db')) # Also .preads.*, of course.
make_build_pdb_task = PypeTask(
inputs={'preads_fofn': preads_fofn_plf},
outputs={
'pdb_build_done': pdb_build_done,
'preads_db': preads_db,
'run_jobs': run_jobs,
},
parameters=parameters,
)
build_pdb_task = make_build_pdb_task(pype_tasks.task_build_pdb)
wf.addTasks([build_pdb_task])
wf.refreshTargets([pdb_build_done])
preads_nblock = support.get_nblock(fn(preads_db))
#### run daligner
wf.max_jobs = config['pda_concurrent_jobs']
config['sge_option_da'] = config['sge_option_pda']
scattered_plf = os.path.join(pread_dir, 'daligner-scatter',
'scattered.json')
make_daligner_scatter = PypeTask(
inputs={
'run_jobs_fn': run_jobs,
'db_build_done': pdb_build_done,
},
outputs={
'scatter_fn': scattered_plf,
},
parameters={
'db_prefix': 'preads',
'nblock': preads_nblock,
'pread_aln': True,
'config': config,
},
)
task = make_daligner_scatter(pype_tasks.task_daligner_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
daligner_tasks, daligner_out = create_daligner_tasks(
pread_dir, scattered_plf)
wf.addTasks(daligner_tasks)
p_gathered_las_plf = makePypeLocalFile(
os.path.join(pread_dir, 'gathered-las', 'gathered-las.txt'))
parameters = {
'nblock': preads_nblock,
}
make_daligner_gather = PypeTask(
inputs=daligner_out,
outputs={'gathered': p_gathered_las_plf},
parameters=parameters,
)
check_p_da_task = make_daligner_gather(pype_tasks.task_daligner_gather)
wf.addTask(check_p_da_task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
# Merge .las files.
wf.max_jobs = config['pla_concurrent_jobs']
config['sge_option_la'] = config['sge_option_pla']
scattered_plf = os.path.join(pread_dir, 'merge-scatter', 'scattered.json')
make_task = PypeTask(
inputs={
'run_jobs': run_jobs,
'gathered_las': p_gathered_las_plf,
},
outputs={
'scattered': scattered_plf,
},
parameters={
'db_prefix': 'preads',
'config': config,
},
)
task = make_task(pype_tasks.task_merge_scatter)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
merge_tasks, p_ids_merged_las = create_merge_tasks(pread_dir,
scattered_plf)
wf.addTasks(merge_tasks)
task, las_fofn_plf, las_fopfn_plf = create_merge_gather_task(
os.path.join(pread_dir, 'merge-gather'), p_ids_merged_las)
wf.addTask(task)
wf.refreshTargets(exitOnFailure=exitOnFailure)
# Draft assembly (called 'fc_' for now)
wf.max_jobs = config['fc_concurrent_jobs']
db2falcon_dir = os.path.join(pread_dir, 'db2falcon')
db2falcon_done = makePypeLocalFile(
os.path.join(db2falcon_dir, 'db2falcon_done'))
preads4falcon_plf = makePypeLocalFile(
os.path.join(db2falcon_dir, 'preads4falcon.fasta'))
make_run_db2falcon = PypeTask(
inputs={
'las_fofn_plf': las_fofn_plf,
'preads_db': preads_db,
},
outputs={
'db2falcon_done': db2falcon_done,
'preads4falcon': preads4falcon_plf,
},
parameters={
'wd': db2falcon_dir,
'config': config,
'sge_option': config['sge_option_fc'],
},
)
wf.addTask(make_run_db2falcon(pype_tasks.task_run_db2falcon))
falcon_asm_done = makePypeLocalFile(
os.path.join(falcon_asm_dir, 'falcon_asm_done'))
make_run_falcon_asm = PypeTask(
inputs={
'db2falcon_done': db2falcon_done,
'db_file': preads_db,
'preads4falcon': preads4falcon_plf,
'las_fofn': las_fofn_plf,
},
outputs={'falcon_asm_done': falcon_asm_done},
parameters={
'wd': falcon_asm_dir,
'config': config,
'pread_dir': pread_dir,
'sge_option': config['sge_option_fc'],
},
)
wf.addTask(make_run_falcon_asm(pype_tasks.task_run_falcon_asm))
wf.refreshTargets()
return falcon_asm_done
def phasing(args):
bam_fn = args.bam
fasta_fn = args.fasta
ctg_id = args.ctg_id
base_dir = args.base_dir
samtools = args.samtools
ref_seq = ""
for r in FastaReader(fasta_fn):
rid = r.name.split()[0]
if rid != ctg_id:
continue
ref_seq = r.sequence.upper()
wf = PypeProcWatcherWorkflow(
max_jobs=1,
)
bam_file = makePypeLocalFile(bam_fn)
vmap_file = makePypeLocalFile( os.path.join(base_dir, ctg_id, 'het_call', "variant_map") )
vpos_file = makePypeLocalFile( os.path.join(base_dir, ctg_id, 'het_call', "variant_pos") )
q_id_map_file = makePypeLocalFile( os.path.join(base_dir, ctg_id, 'het_call', "q_id_map") )
parameters = {}
parameters["ctg_id"] = ctg_id
parameters["ref_seq"] = ref_seq
parameters["base_dir"] = base_dir
parameters["samtools"] = samtools
make_het_call_task = PypeTask( inputs = { "bam_file": bam_file },
outputs = { "vmap_file": vmap_file, "vpos_file": vpos_file, "q_id_map_file": q_id_map_file },
parameters = parameters,
) (make_het_call)
wf.addTasks([make_het_call_task])
atable_file = makePypeLocalFile( os.path.join(base_dir, ctg_id, 'g_atable', "atable") )
parameters = {}
parameters["ctg_id"] = ctg_id
parameters["base_dir"] = base_dir
generate_association_table_task = PypeTask( inputs = { "vmap_file": vmap_file },
outputs = { "atable_file": atable_file },
parameters = parameters,
) (generate_association_table)
wf.addTasks([generate_association_table_task])
phased_variant_file = makePypeLocalFile( os.path.join(base_dir, ctg_id, 'get_phased_blocks', "phased_variants") )
get_phased_blocks_task = PypeTask( inputs = { "vmap_file": vmap_file, "atable_file": atable_file },
outputs = { "phased_variant_file": phased_variant_file },
) (get_phased_blocks)
wf.addTasks([get_phased_blocks_task])
phased_read_file = makePypeLocalFile( os.path.join(base_dir, ctg_id, "phased_reads") )
get_phased_reads_task = PypeTask( inputs = { "vmap_file": vmap_file,
"q_id_map_file": q_id_map_file,
"phased_variant_file": phased_variant_file },
outputs = { "phased_read_file": phased_read_file },
parameters = {"ctg_id": ctg_id},
) (get_phased_reads)
wf.addTasks([get_phased_reads_task])
wf.refreshTargets()
def main(argv=sys.argv):
global LOG
LOG = support.setup_logger(None)
if len(sys.argv) < 2:
print >> sys.stderr, 'you need to provide a configuration file to specific a couple cluster running environment'
sys.exit(1)
config_fn = sys.argv[1]
config_absbasedir = os.path.dirname(os.path.abspath(config_fn))
config = ConfigParser.ConfigParser()
config.read(config_fn)
job_type = 'SGE'
if config.has_option('General', 'job_type'):
job_type = config.get('General', 'job_type')
sge_track_reads = ' -pe smp 12 -q bigmem'
if config.has_option('Unzip', 'sge_track_reads'):
sge_track_reads = config.get('Unzip', 'sge_track_reads')
sge_quiver = ' -pe smp 24 -q bigmem '
if config.has_option('Unzip', 'sge_quiver'):
sge_quiver = config.get('Unzip', 'sge_quiver')
smrt_bin = '/mnt/secondary/builds/full/3.0.0/prod/smrtanalysis_3.0.0.153854/smrtcmds/bin/'
if config.has_option('Unzip', 'smrt_bin'):
smrt_bin = config.get('Unzip', 'smrt_bin')
input_bam_fofn = 'input_bam.fofn'
if config.has_option('Unzip', 'input_bam_fofn'):
input_bam_fofn = config.get('Unzip', 'input_bam_fofn')
if not os.path.isabs(input_bam_fofn):
input_bam_fofn = os.path.join(config_absbasedir, input_bam_fofn)
quiver_concurrent_jobs = 8
if config.has_option('Unzip', 'quiver_concurrent_jobs'):
quiver_concurrent_jobs = config.getint('Unzip',
'quiver_concurrent_jobs')
config = {
'job_type': job_type,
'sge_quiver': sge_quiver,
'sge_track_reads': sge_track_reads,
'input_bam_fofn': input_bam_fofn,
'smrt_bin': smrt_bin
}
LOG.info('config={}'.format(pprint.pformat(config)))
#support.job_type = 'SGE' #tmp hack until we have a configuration parser
wf = PypeProcWatcherWorkflow(max_jobs=quiver_concurrent_jobs, )
abscwd = os.path.abspath('.')
parameters = {
'wd': os.path.join(abscwd, '4-quiver', 'track_reads_h'),
'config': config
}
hasm_done_plf = makePypeLocalFile(
'./3-unzip/1-hasm/hasm_done') # by convention
track_reads_h_done_plf = makePypeLocalFile(
os.path.join(parameters['wd'], 'track_reads_h_done'))
make_track_reads_task = PypeTask(
inputs={'hasm_done': hasm_done_plf},
outputs={'job_done': track_reads_h_done_plf},
parameters=parameters,
)
track_reads_task = make_track_reads_task(task_track_reads)
#sge_track_reads = config['sge_track_reads']
wf.addTask(track_reads_task)
scattered_quiver_plf = makePypeLocalFile(
'4-quiver/quiver_scatter/scattered.json')
make_task = PypeTask(
inputs={
'p_ctg_fa': makePypeLocalFile('3-unzip/all_p_ctg.fa'),
'h_ctg_fa': makePypeLocalFile('3-unzip/all_h_ctg.fa'),
'track_reads_h_done': track_reads_h_done_plf,
},
outputs={
'scattered_quiver_json': scattered_quiver_plf,
},
parameters={},
)
wf.addTask(make_task(task_scatter_quiver))
wf.refreshTargets()
p_ctg_out, h_ctg_out, job_done_plfs = create_quiver_jobs(
scattered_quiver_plf)
gathered_p_ctg_plf = makePypeLocalFile('4-quiver/cns_gather/p_ctg.txt')
gathered_h_ctg_plf = makePypeLocalFile('4-quiver/cns_gather/h_ctg.txt')
gather_done_plf = makePypeLocalFile('4-quiver/cns_gather/job_done')
mkdir('4-quiver/cns_gather')
with open(fn(gathered_p_ctg_plf), 'w') as ifs:
for cns_fasta_fn, cns_fastq_fn in sorted(p_ctg_out):
ifs.write('{} {}\n'.format(cns_fasta_fn, cns_fastq_fn))
with open(fn(gathered_h_ctg_plf), 'w') as ifs:
for cns_fasta_fn, cns_fastq_fn in sorted(h_ctg_out):
ifs.write('{} {}\n'.format(cns_fasta_fn, cns_fastq_fn))
make_task = PypeTask(
inputs=job_done_plfs,
outputs={
'job_done': gather_done_plf,
},
parameters={},
)
wf.addTask(make_task(task_gather_quiver))
wf.refreshTargets()
cns_p_ctg_fasta_plf = makePypeLocalFile(
'4-quiver/cns_output/cns_p_ctg.fasta')
cns_p_ctg_fastq_plf = makePypeLocalFile(
'4-quiver/cns_output/cns_p_ctg.fastq')
cns_h_ctg_fasta_plf = makePypeLocalFile(
'4-quiver/cns_output/cns_h_ctg.fasta')
cns_h_ctg_fastq_plf = makePypeLocalFile(
'4-quiver/cns_output/cns_h_ctg.fastq')
zcat_done_plf = makePypeLocalFile('4-quiver/cns_output/job_done')
make_task = PypeTask(
inputs={
'gathered_p_ctg': gathered_p_ctg_plf,
'gathered_h_ctg': gathered_h_ctg_plf,
'gather_done': gather_done_plf,
},
outputs={
'cns_p_ctg_fasta': cns_p_ctg_fasta_plf,
'cns_p_ctg_fastq': cns_p_ctg_fastq_plf,
'cns_h_ctg_fasta': cns_h_ctg_fasta_plf,
'cns_h_ctg_fastq': cns_h_ctg_fastq_plf,
'job_done': zcat_done_plf,
},
)
wf.addTask(make_task(task_cns_zcat))
wf.refreshTargets()
