def main(accession, key=None, debug=False):
# The following line(s) initialize your data object inputs on the platform
# into dxpy.DXDataObject instances that you can start using immediately.
#files = [dxpy.DXFile(item) for item in files]
# The following line(s) download your file inputs to the local file system
# using variable names for the filenames.
#for i, f in enumerate(files):
# dxpy.download_dxfile(f.get_id(), "files-" + str(i))
# Split your work into parallel tasks. As an example, the
# following generates 10 subjobs running with the same dummy
# input.
if debug:
logger.setLevel(logging.DEBUG)
else:
logger.setLevel(logging.INFO)
(AUTHID, AUTHPW, SERVER) = dxencode.processkey(key)
url = SERVER + 'experiments/%s/?format=json&frame=embedded' % (accession)
#get the experiment object
logger.debug("%s - %s" % (url, AUTHID))
response = dxencode.encoded_get(url, AUTHID, AUTHPW)
logger.debug(response)
exp = response.json()
for ff in exp.get('original_files', []):
try:
fr = dxencode.encoded_get(SERVER + ff, AUTHID, AUTHPW)
ff = fr.json()
if ff['status'] != 'uploading':
continue
notes = json.loads(ff['notes'])
dxid = notes['dx-id']
except Exception, e:
logger.error("Error getting dx id: %s for %s" %
(e, ff['accession']))
continue
dx_file = dxpy.DXFile(dxid)
local_file = dx_file.describe()['name']
dxpy.download_dxfile(dxid, local_file)
item = dxencode.encoded_upload_existing(local_file, ff['accession'],
SERVER, AUTHID, AUTHPW)
print item
def main(accession, key=None, debug=False):
# The following line(s) initialize your data object inputs on the platform
# into dxpy.DXDataObject instances that you can start using immediately.
#files = [dxpy.DXFile(item) for item in files]
# The following line(s) download your file inputs to the local file system
# using variable names for the filenames.
#for i, f in enumerate(files):
# dxpy.download_dxfile(f.get_id(), "files-" + str(i))
# Split your work into parallel tasks. As an example, the
# following generates 10 subjobs running with the same dummy
# input.
if debug:
logger.setLevel(logging.DEBUG)
else:
logger.setLevel(logging.INFO)
(AUTHID,AUTHPW,SERVER) = dxencode.processkey(key)
url = SERVER + 'experiments/%s/?format=json&frame=embedded' %(accession)
#get the experiment object
logger.debug("%s - %s" % (url, AUTHID))
response = dxencode.encoded_get(url, AUTHID, AUTHPW)
logger.debug(response)
exp = response.json()
for ff in exp.get('original_files', []):
try:
fr = dxencode.encoded_get(SERVER+ff, AUTHID, AUTHPW)
ff = fr.json()
if ff['status'] != 'uploading':
continue
notes = json.loads(ff['notes'])
dxid = notes['dx-id']
except Exception, e:
logger.error("Error getting dx id: %s for %s" % (e, ff['accession']))
continue
dx_file = dxpy.DXFile(dxid)
local_file = dx_file.describe()['name']
dxpy.download_dxfile(dxid, local_file)
item = dxencode.encoded_upload_existing(local_file, ff['accession'], SERVER, AUTHID, AUTHPW)
print item
def main():
argparser = get_fastqc.get_args()
argparser.add_argument("--skipfq", help="Skip parsing fastqc", action="store_true", required=False)
args = argparser.parse_args()
project = dxencode.get_project(args.project)
print "\t".join(["Experiment", "Replicate"] + labels + ["lambda " + l for l in labels] + ["Estimated Coverage"])
if args.experiment:
process_exp(args.experiment, project, skipfq=args.skipfq)
elif args.all:
assay = args.assay or "OBI:0001863"
query = (
"/search/?type=experiment&assay_term_id=%s&award.rfa=ENCODE3&limit=all&frame=embedded&files.file_format=fastq"
% assay
)
res = dxencode.encoded_get(SERVER + query, AUTHID=AUTHID, AUTHPW=AUTHPW)
exps = res.json()["@graph"]
for exp in exps:
acc = exp["accession"]
if len(exp["replicates"]) > 0:
process_exp(acc, project, skipfq=args.skipfq)
def main():
cmnd = get_args()
## resolve projects
project = dxencode.resolve_project(PROJECT_NAME)
print 'Project: ' + project.describe()['name']
pid = project.get_id()
applet = dxencode.find_applet_by_name('fastqc-exp', pid )
(AUTHID, AUTHPW, SERVER) = dxencode.processkey('www')
query = '/search/?type=experiment&assay_term_id=%s&award.rfa=ENCODE3&limit=all&frame=embedded&replicates.library.biosample.donor.organism.name=mouse&files.file_format=fastq' % ASSAY_TERM_ID
res = dxencode.encoded_get(SERVER+query, AUTHID=AUTHID, AUTHPW=AUTHPW)
exps = res.json()['@graph']
n = 0
for exp in exps:
acc = exp['accession']
if len(exp['replicates']) > 0:
if exp['replicates'][0]['library'].get('size_range', "") != '>200':
print "Skipping %s with wrong library size (%s)" % (acc, exp['replicates'][0]['library'].get('size_range', ""))
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
if exp['replicates'][0]['library'].get('nucleic_acid_starting_quantity_units', "") == "cells":
ncells = float(exp['replicates'][0]['library'].get('nucleic_acid_starting_quantity', 0.0))
if ncells < 20:
print "Skipping %s as single-cell (%s %s)" % (acc, exp['replicates'][0]['library'].get('nucleic_acid_starting_quantity_units', ""), ncells)
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
run = applet.run({ "accession": acc}, project=pid)
print "Running: %s for %s" % (run, acc)
n = n + 1
if n > cmnd.number:
break
else:
print "Skipping %s (0 replicates)" % acc
def main():
argparser = get_fastqc.get_args()
argparser.add_argument('--skipfq',
help='Skip parsing fastqc',
action='store_true',
required=False)
args = argparser.parse_args()
project = dxencode.get_project(args.project)
print "\t".join(['Experiment', 'Replicate'] + labels +
["lambda " + l for l in labels] + ['Estimated Coverage'])
if args.experiment:
process_exp(args.experiment, project, skipfq=args.skipfq)
elif args.all:
assay = args.assay or "OBI:0001863"
query = '/search/?type=experiment&assay_term_id=%s&award.rfa=ENCODE3&limit=all&frame=embedded&files.file_format=fastq' % assay
res = dxencode.encoded_get(SERVER + query,
AUTHID=AUTHID,
AUTHPW=AUTHPW)
exps = res.json()['@graph']
for exp in exps:
acc = exp['accession']
if len(exp['replicates']) > 0:
process_exp(acc, project, skipfq=args.skipfq)
def main():
cmnd = get_args()
(AUTHID, AUTHPW, SERVER) = dxencode.processkey('www')
query = '/search/?type=experiment&assay_term_id=%s&award.rfa=ENCODE3&limit=all&frame=embedded&replicates.library.biosample.donor.organism.name=mouse&files.file_format=fastq' % ASSAY_TERM_ID
res = dxencode.encoded_get(SERVER+query, AUTHID=AUTHID, AUTHPW=AUTHPW)
exps = res.json()['@graph']
n = 0
for exp in exps:
acc = exp['accession']
if cmnd.only and acc != cmnd.only:
print "skipping %s" % acc
continue
if len(exp['replicates']) > 0:
if exp['replicates'][0]['library'].get('size_range', "") != '>200':
print "Skipping %s with wrong library size (%s)" % (acc, exp['replicates'][0]['library'].get('size_range', ""))
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
if exp['replicates'][0]['library'].get('nucleic_acid_starting_quantity_units', "") == "cells":
ncells = float(exp['replicates'][0]['library'].get('nucleic_acid_starting_quantity', 0.0))
if ncells < 20:
print "Skipping %s as single-cell (%s %s)" % (acc, exp['replicates'][0]['library'].get('nucleic_acid_starting_quantity_units', ""), ncells)
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
if n >= cmnd.numberjobs:
print "Stopping at %s replicates" % n
break
exp_mapping = dxencode.choose_mapping_for_experiment(exp)
for rep in exp.get('replicates', []):
try:
br = rep['biological_replicate_number']
tr = rep['technical_replicate_number']
mapping = exp_mapping[(br,tr)]
o = GENOME_MAPPING[mapping['organism']]
args = "-o %s" % o
args += " -l %s" % mapping['library']
args += " -g %s" % mapping['sex']
if mapping['paired']:
paired_fqs = {
'1': [],
'2': []
}
for (p1, p2) in mapping['paired']:
paired_fqs[p1['paired_end']].append(p1['accession']+".fastq.gz")
paired_fqs[p2['paired_end']].append(p2['accession']+".fastq.gz")
args += " -1 " + " ".join(paired_fqs['1'])
args += " -2 " + " ".join(paired_fqs['2'])
else:
args += " -1 " + " ".join([ f['accession']+".fastq.gz" for f in mapping['unpaired'] ])
runcmd = "./lrnaLaunch.py -e %s -r %s -tr %s %s -a M4 --project %s --resultsLoc /runs --run > runs/launch%s-%s-%s-M4.%s.out" % (acc, br, tr, args, PROJECT_NAME, acc, br, tr, os.getpid())
print runcmd
if not cmnd.test:
# probably should be subprocess.Popen()
os.system(runcmd)
n+=1
except KeyError, e:
print "%s failed: %s" % (acc, e)
def main():
argparser = get_args()
args = argparser.parse_args()
project = dxencode.get_project(args.project)
if args.file:
getr = dxencode.encoded_get(SERVER+args.file, AUTHID=AUTHID, AUTHPW=AUTHPW)
try:
getr.raise_for_status()
except:
print "Could not find %s in db" % args.file
raise
encff = getr.json()
metrics = get_fastqc(encff['accession'], project)
print json.dumps(metrics)
elif args.experiment:
get_exp_time(args.experiment, project)
elif args.all:
assay = args.assay or "OBI:0001271"
query = '/search/?type=experiment&assay_term_id=%s&award.rfa=ENCODE3&limit=all&frame=embedded&replicates.library.biosample.donor.organism.name=mouse&files.file_format=fastq' % assay
res = dxencode.encoded_get(SERVER+query, AUTHID=AUTHID, AUTHPW=AUTHPW)
exps = res.json()['@graph']
for exp in exps:
acc = exp['accession']
if len(exp['replicates']) > 0:
if exp['replicates'][0]['library'].get('size_range', "") != '>200':
print "Skipping %s with wrong library size (%s)" % (acc, exp['replicates'][0]['library'].get('size_range', ""))
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
if exp['replicates'][0]['library'].get('nucleic_acid_starting_quantity_units', "") == "cells":
ncells = float(exp['replicates'][0]['library'].get('nucleic_acid_starting_quantity', 0.0))
if ncells < 20:
print "Skipping %s as single-cell (%s %s)" % (acc, exp['replicates'][0]['library'].get('nucleic_acid_starting_quantity_units', ""), ncells)
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
get_exp_time(acc, project)
def main():
cmnd = get_args()
## resolve projects
project = dxencode.resolve_project(PROJECT_NAME)
print 'Project: ' + project.describe()['name']
pid = project.get_id()
applet = dxencode.find_applet_by_name('fastqc-exp', pid)
(AUTHID, AUTHPW, SERVER) = dxencode.processkey('www')
query = '/search/?type=experiment&assay_term_id=%s&award.rfa=ENCODE3&limit=all&frame=embedded&replicates.library.biosample.donor.organism.name=mouse&files.file_format=fastq' % ASSAY_TERM_ID
res = dxencode.encoded_get(SERVER + query, AUTHID=AUTHID, AUTHPW=AUTHPW)
exps = res.json()['@graph']
n = 0
for exp in exps:
acc = exp['accession']
if len(exp['replicates']) > 0:
if exp['replicates'][0]['library'].get('size_range', "") != '>200':
print "Skipping %s with wrong library size (%s)" % (
acc, exp['replicates'][0]['library'].get('size_range', ""))
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
if exp['replicates'][0]['library'].get(
'nucleic_acid_starting_quantity_units', "") == "cells":
ncells = float(exp['replicates'][0]['library'].get(
'nucleic_acid_starting_quantity', 0.0))
if ncells < 20:
print "Skipping %s as single-cell (%s %s)" % (
acc, exp['replicates'][0]['library'].get(
'nucleic_acid_starting_quantity_units',
""), ncells)
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
run = applet.run({"accession": acc}, project=pid)
print "Running: %s for %s" % (run, acc)
n = n + 1
if n > cmnd.number:
break
else:
print "Skipping %s (0 replicates)" % acc
def get_exp_time(accession, project, skip=False):
expr = dxencode.encoded_get(SERVER+accession, AUTHID=AUTHID, AUTHPW=AUTHPW)
try:
expr.raise_for_status()
except:
print "ERROR: Could not find %s in db" % accession
return
exp = expr.json()
if skip:
return exp
elapsed = {}
for rep in exp['replicates']:
repstr = '_rep'+str(rep['biological_replicate_number'])+'_'+str(rep['technical_replicate_number'])
if not elapsed.get(repstr, None):
elapsed[repstr] = { 'time': get_analysis_time(exp['accession'],repstr,project),
'fastqs': []
}
fqs = [ f for f in exp['files'] if f['file_format'] == 'fastq']
total_reads = {}
paired = ""
for fq in fqs:
rep = fq['replicate']
repstr = '_rep'+str(rep['biological_replicate_number'])+'_'+str(rep['technical_replicate_number'])
total_reads[fq['accession']] = get_fastqc(fq['accession'], project)['Total Sequences']
elapsed[repstr]['fastqs'].append(fq['accession'])
if fq.get('paired_end', None):
paired = 'Paired'
for repstr in elapsed.keys():
sizes = "\t".join([ "\t".join((fq, str(total_reads[fq]))) for fq in elapsed[repstr]['fastqs']])
print "\t".join((exp['accession'],repstr, str(elapsed[repstr]['time']), sizes, paired))
return exp
def main():
args = get_args()
(AUTHID,AUTHPW,SERVER) = dxencode.processkey('default')
url = SERVER + 'experiments/%s/?format=json&frame=embedded' %(args.experiment)
response = dxencode.encoded_get(url, AUTHID, AUTHPW)
exp = response.json()
if not exp.get('replicates') or len(exp['replicates']) < 1:
print "No replicates found in %s\n%s" % ( args.experiment, exp )
sys.exit(1)
replicate = "%s_%s" % (args.br, args.tr)
reps_mapping = dxencode.choose_mapping_for_experiment(exp)
# could try to do all replicates here
try:
mapping = reps_mapping[(args.br,args.tr)]
except KeyError:
print "Specified replicate: %s could not be found in mapping." % replicate
print reps_mapping
sys.exit(1)
if args.maplambda:
genome = 'lambda'
else:
if mapping['organism'] == 'mouse':
genome = 'mm10'
elif mapping['organism'] == 'human':
genome = 'hg19'
else:
print "Organism %s not currently supported" % mapping['organism']
sys.exit(1)
if mapping['unpaired'] and not mapping['paired']:
pairedEnd = False
elif mapping['paired'] and not mapping['unpaired']:
pairedEnd = True
elif not mapping['unpaired'] and not mapping['paired']:
print "Replicate has no reads either paired or unpaired"
print mapping
sys.exit(1)
else:
print "Replicate has both paired(%s) and unpaired(%s) reads, quitting." % (len(mapping['paired'], len(mapping['unpaired'])))
print mapping
sys.exit(1)
extras = pipelineSpecificExtras(genome, mapping['sex'], args.experiment, replicate, mapping['library'], pairedEnd, args.gzip)
project = dxencode.get_project(args.project)
projectId = project.get_id()
# args.resultsLoc = RESULT_FOLDER_DEFAULT + '/' + genome
args.resultsLoc = RESULT_FOLDER_DEFAULT # not sure we need genome
resultsFolder = args.resultsLoc + '/' + args.experiment + '/' + replicate
if args.maplambda:
resultsFolder = resultsFolder + '/lambda'
if not args.test:
if not dxencode.project_has_folder(project, resultsFolder):
project.new_folder(resultsFolder,parents=True)
if pairedEnd:
paired_fqs = {
'1': [],
'2': []
}
for (p1, p2) in mapping['paired']:
paired_fqs[p1['paired_end']].append(p1['accession']+".fastq.gz")
paired_fqs[p2['paired_end']].append(p2['accession']+".fastq.gz")
steps = STEP_ORDER['pe']
print "Generating workflow steps (paired-end)..."
else:
unpaired_fqs = [ f['accession']+".fastq.gz" for f in mapping['unpaired'] ]
steps = STEP_ORDER['se']
print "Generating workflow steps (single-end)..."
for step in steps:
STEPS[step] = calculate_steps(step)
print "Checking for prior results..."
# Check if there are previous results
# Perhaps reads files are already there?
# NOTE: priors is a dictionary of fileIds that will be used to determine stepsToDo
# and fill in inputs to workflow steps
priors = findPriorResults(pairedEnd,resultsFolder,projectId, maplambda=True)
print "Checking for read files..."
# Find all reads files and move into place
# TODO: files could be in: dx (usual), remote (url e.g.https://www.encodeproject.org/...
# or possibly local, Currently only DX locations are supported.
if pairedEnd:
reads1 = dxencode.find_and_copy_read_files(priors, paired_fqs['1'], args.test, 'pair1_reads', resultsFolder, arrayInput=True, projectId=projectId)
reads2 = dxencode.find_and_copy_read_files(priors, paired_fqs['2'], args.test, 'pair2_reads', resultsFolder, arrayInput=True, projectId=projectId)
else:
# trim-se and trim-pe use different input tokens.
reads1 = dxencode.find_and_copy_read_files(priors, unpaired_fqs, args.test, 'reads', resultsFolder, arrayInput=True, projectId=projectId)
print "Looking for reference files..."
findReferenceFiles(GENOME_REFERENCES.keys(), priors,args.refLoc,extras)
print "Determining steps to run..."
# NOTE: stepsToDo is an ordered list of steps that need to be run
deprecateFiles = [] # old results will need to be moved/removed if step is rerun
stepsToDo = determineStepsToDo(pairedEnd, priors, deprecateFiles, projectId, force=args.force)
# Report the plans
print "Running '"+extras['title']+"'"
print " on "+extras['subTitle']
if pairedEnd:
print "- Reads1: "
else:
print "- Reads: "
for fid in reads1:
print " " + dxencode.file_path_from_fid(fid)
if pairedEnd:
print "- Reads2: "
for fid in reads2:
print " " + dxencode.file_path_from_fid(fid)
print "- Reference files:"
for token in GENOME_REFERENCES.keys():
print " " + dxencode.file_path_from_fid(priors[token],True)
print "- Results written to: " + args.project + ":" +resultsFolder
if len(stepsToDo) == 0:
print "* All expected results are in the results folder, so there is nothing to do."
print " If this experiment/replicate needs to be rerun, then use the --force flag to "
print " rerun all steps; or remove suspect results from the folder before launching."
sys.exit(0)
else:
print "- Steps to run:"
steps = []
if pairedEnd:
steps = STEP_ORDER['pe']
else:
steps = STEP_ORDER['se']
for step in steps:
STEPS[step] = calculate_steps(step)
if step in stepsToDo:
print " * "+STEPS[step]['app']+" will be run"
else:
if not step.find('concat') == 0:
print " "+STEPS[step]['app']+" has already been run"
print "Checking for currently running analyses..."
checkRunsPreviouslyLaunched(resultsFolder,projectId)
if len(deprecateFiles) > 0:
if args.test:
print "Would move "+str(len(deprecateFiles))+" prior result file(s) to '" + \
resultsFolder+"/deprecated'."
for fid in deprecateFiles:
print " " + dxencode.file_path_from_fid(fid)
else:
print "Moving "+str(len(deprecateFiles))+" prior result file(s) to '" + \
resultsFolder+"/deprecated'..."
dxencode.move_files(deprecateFiles,resultsFolder+"/deprecated",projectId)
# Exit if test only
if args.test:
print "TEST ONLY - exiting."
sys.exit(0)
print "Launch sequence initiating..."
wfRun = createWorkflow(stepsToDo, priors, extras, resultsFolder,projectId)
print " We have liftoff!"
logThisRun(wfRun['id'],resultsFolder,projectId)
print " Launched " + wfRun['id']
print "(success)"
def main():
args = get_args()
(AUTHID,AUTHPW,SERVER) = dxencode.processkey('default')
url = SERVER + 'experiments/%s/?format=json&frame=embedded' %(args.experiment)
response = dxencode.encoded_get(url, AUTHID, AUTHPW)
exp = response.json()
if not exp.get('replicates') or len(exp['replicates']) < 1:
print "No replicates found in %s\n%s" % ( args.experiment, exp )
sys.exit(1)
#replicate = "rep%s_%s" % (args.br, args.tr)
replicate = "%s_%s" % (args.br, args.tr)
reps_mapping = dxencode.choose_mapping_for_experiment(exp)
# could try to do all replicates here
try:
mapping = reps_mapping[(args.br,args.tr)]
except KeyError:
print "Specified replicate: %s could not be found in mapping." % replicate
print reps_mapping
sys.exit(1)
mapping['replicate'] = replicate
try:
mapping['genome'] = GENOME_MAPPING[mapping.get('organism', "Not Found")]
except KeyError:
print "Organism %s not currently supported" % mapping['organism']
sys.exit(1)
if mapping['unpaired'] and not mapping['paired']:
pairedEnd = False
elif mapping['paired'] and not mapping['unpaired']:
pairedEnd = True
elif not mapping['unpaired'] and not mapping['paired']:
print "Replicate has no reads either paired or unpaired"
print mapping
sys.exit(1)
else:
print "Replicate has both paired(%s) and unpaired(%s) reads, quitting." % (len(mapping['paired'], len(mapping['unpaired'])))
print mapping
sys.exit(1)
psv = pipeline_specific_vars(args, mapping, pairedEnd)
project = dxencode.get_project(args.project)
projectId = project.get_id()
## TODO this is a bunch of ugly
if pairedEnd:
paired_fqs = {
'1': [],
'2': []
}
read1s = []
read2s = []
for (p1, p2) in mapping['paired']:
paired_fqs[p1['paired_end']].append(p1['accession']+".fastq.gz")
paired_fqs[p2['paired_end']].append(p2['accession']+".fastq.gz")
read1s.append(p1['accession'])
read2s.append(p2['accession'])
pipePath = STEP_ORDER['pe']
print "Generating workflow steps (paired-end)..."
else:
unpaired_fqs = [ f['accession']+".fastq.gz" for f in mapping['unpaired'] ]
pipePath = STEP_ORDER['se']
for step in pipePath:
STEPS[step] = calculate_steps(step)
pipeSteps = STEPS
## warning ugly kludge here
file_globs = {}
for app in STEPS.keys():
for token in STEPS[app]['results'].keys():
file_globs[token] = STEPS[app]['results'][token]
print "Checking for prior results..."
priors = dxencode.find_prior_results(pipePath,pipeSteps,psv['resultsFolder'],file_globs, projectId)
if pairedEnd:
priors['pair1_reads'] = dxencode.find_file_set(paired_fqs["1"], projectId)
priors['pair2_reads'] = dxencode.find_file_set(paired_fqs["2"], projectId)
priors['all_reads'] = priors['pair1_reads'] + priors['pair2_reads']
submitted = {
'all_reads': read1s + read2s
}
else:
priors['reads'] = dxencode.find_file_set(unpaired_fqs, projectId)
priors['all_reads'] = priors['reads']
submitted = {
'all_reads': [ f['accession'] for f in mapping['unpaired']],
}
print "Determining steps to run..."
#print priors
#sys.exit(1)
# NOTE: stepsToDo is an ordered list of steps that need to be run
deprecateFiles = [] # old results will need to be moved/removed if step is rerun
stepsToDo = dxencode.determine_steps_to_run(pipePath,pipeSteps, priors, deprecateFiles, projectId, verbose=True)
print "Checking for currently running analyses..."
dxencode.check_run_log(psv['resultsFolder'],projectId, verbose=True)
if len(stepsToDo):
print "Pipeline incomplete, please resubmit jobs: %s" % stepsToDo
sys.exit(0)
print priors
to_submit = [ k for k in priors.keys() if POST_TEMPLATES.get(k) ]
n = 0 # skip reads
print "Attempting to submit %s files to args.experiment" % len(to_submit)
while(to_submit):
if n > len(priors) * len(priors):
print "Too many itereations: %s" % priors
break
token = to_submit.pop(0)
print "%s %s - %s" % (token, priors[token], n)
f_ob = POST_TEMPLATES.get(token, None)
n += 1
if f_ob:
derive_check = f_ob.get('derived_from', [])
if derive_check:
derived = [ submitted[f] for f in derive_check if submitted.get(f) ]
if not derived:
to_submit.append(token)
continue
else:
f_ob['derived_from'] = list(itertools.chain(*derived))
dxFile = dxpy.DXFile(dxid=priors[token])
print "Post File: %s %s" % (token, dxFile.name)
f_ob['dataset'] = args.experiment
f_ob['lab'] = '/labs/j-michael-cherry/'
f_ob['award'] = '/awards/U41HG006992/'
f_ob['assembly'] = mapping['genome']
## temporary haxors until file display works
f_ob['replicate'] = mapping['replicate_id']
f_ob['notes'] = json.dumps(dxencode.create_notes(dxFile, get_software()))
print json.dumps(f_ob, sort_keys=True, indent=4, separators=(',',': '))
if args.testserver:
server = 'test'
else:
server = 'www'
if args.test:
fake_acc = 'ENCFF%03dAAA' % n
print "Fake submission: %s" % fake_acc
submitted[token] = [ fake_acc ]
else:
applet = dxencode.find_applet_by_name('validate-post', projectId )
job = applet.run({
"pipe_file": dxpy.dxlink(dxFile),
"file_meta": f_ob,
"key": server,
"debug": True,
"skipvalidate": args.skipvalidate or False
})
print "Submitting %s" % job.id
job.wait_on_done(interval=1)
accession = job.describe()['output'].get('accession', "Unknown Acc")
error = job.describe()['output'].get('error', "Unknown Error")
submitted[token] = [ accession ]
print "Posted (%s): %s" % (error, accession)
# Exit if test only
if args.test:
print "Fake submitted %s files." % n
if args.test:
sys.exit(0)
def main():
cmnd = get_args()
(AUTHID, AUTHPW, SERVER) = dxencode.processkey('www')
query = '/search/?type=experiment&assay_term_id=%s&award.rfa=ENCODE3&limit=all&frame=embedded&replicates.library.biosample.donor.organism.name=mouse&files.file_format=fastq' % ASSAY_TERM_ID
res = dxencode.encoded_get(SERVER + query, AUTHID=AUTHID, AUTHPW=AUTHPW)
exps = res.json()['@graph']
n = 0
for exp in exps:
acc = exp['accession']
if cmnd.only and acc != cmnd.only:
print "skipping %s" % acc
continue
if len(exp['replicates']) > 0:
if exp['replicates'][0]['library'].get('size_range', "") != '>200':
print "Skipping %s with wrong library size (%s)" % (
acc, exp['replicates'][0]['library'].get('size_range', ""))
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
if exp['replicates'][0]['library'].get(
'nucleic_acid_starting_quantity_units', "") == "cells":
ncells = float(exp['replicates'][0]['library'].get(
'nucleic_acid_starting_quantity', 0.0))
if ncells < 20:
print "Skipping %s as single-cell (%s %s)" % (
acc, exp['replicates'][0]['library'].get(
'nucleic_acid_starting_quantity_units',
""), ncells)
#print json.dumps(exp['replicates'][0]['library'], sort_keys=True, indent=4, separators=(',',': '))
continue
if n >= cmnd.numberjobs:
print "Stopping at %s replicates" % n
break
exp_mapping = dxencode.choose_mapping_for_experiment(exp)
for rep in exp.get('replicates', []):
try:
br = rep['biological_replicate_number']
tr = rep['technical_replicate_number']
mapping = exp_mapping[(br, tr)]
o = GENOME_MAPPING[mapping['organism']]
args = "-o %s" % o
args += " -l %s" % mapping['library']
args += " -g %s" % mapping['sex']
if mapping['paired']:
paired_fqs = {'1': [], '2': []}
for (p1, p2) in mapping['paired']:
paired_fqs[p1['paired_end']].append(p1['accession'] +
".fastq.gz")
paired_fqs[p2['paired_end']].append(p2['accession'] +
".fastq.gz")
args += " -1 " + " ".join(paired_fqs['1'])
args += " -2 " + " ".join(paired_fqs['2'])
else:
args += " -1 " + " ".join([
f['accession'] + ".fastq.gz"
for f in mapping['unpaired']
])
runcmd = "./lrnaLaunch.py -e %s -r %s -tr %s %s -a M4 --project %s --resultsLoc /runs --run > runs/launch%s-%s-%s-M4.%s.out" % (
acc, br, tr, args, PROJECT_NAME, acc, br, tr, os.getpid())
print runcmd
if not cmnd.test:
# probably should be subprocess.Popen()
os.system(runcmd)
n += 1
except KeyError, e:
print "%s failed: %s" % (acc, e)
def main():
args = get_args()
(AUTHID, AUTHPW, SERVER) = dxencode.processkey('default')
url = SERVER + 'experiments/%s/?format=json&frame=embedded' % (
args.experiment)
response = dxencode.encoded_get(url, AUTHID, AUTHPW)
exp = response.json()
if not exp.get('replicates') or len(exp['replicates']) < 1:
print "No replicates found in %s\n%s" % (args.experiment, exp)
sys.exit(1)
replicate = "%s_%s" % (args.br, args.tr)
reps_mapping = dxencode.choose_mapping_for_experiment(exp)
# could try to do all replicates here
try:
mapping = reps_mapping[(args.br, args.tr)]
except KeyError:
print "Specified replicate: %s could not be found in mapping." % replicate
print reps_mapping
sys.exit(1)
if args.maplambda:
genome = 'lambda'
else:
if mapping['organism'] == 'mouse':
genome = 'mm10'
elif mapping['organism'] == 'human':
genome = 'hg19'
else:
print "Organism %s not currently supported" % mapping['organism']
sys.exit(1)
if mapping['unpaired'] and not mapping['paired']:
pairedEnd = False
elif mapping['paired'] and not mapping['unpaired']:
pairedEnd = True
elif not mapping['unpaired'] and not mapping['paired']:
print "Replicate has no reads either paired or unpaired"
print mapping
sys.exit(1)
else:
print "Replicate has both paired(%s) and unpaired(%s) reads, quitting." % (
len(mapping['paired'], len(mapping['unpaired'])))
print mapping
sys.exit(1)
extras = pipelineSpecificExtras(genome, mapping['sex'], args.experiment,
replicate, mapping['library'], pairedEnd,
args.gzip)
project = dxencode.get_project(args.project)
projectId = project.get_id()
# args.resultsLoc = RESULT_FOLDER_DEFAULT + '/' + genome
args.resultsLoc = RESULT_FOLDER_DEFAULT # not sure we need genome
resultsFolder = args.resultsLoc + '/' + args.experiment + '/' + replicate
if args.maplambda:
resultsFolder = resultsFolder + '/lambda'
if not args.test:
if not dxencode.project_has_folder(project, resultsFolder):
project.new_folder(resultsFolder, parents=True)
if pairedEnd:
paired_fqs = {'1': [], '2': []}
for (p1, p2) in mapping['paired']:
paired_fqs[p1['paired_end']].append(p1['accession'] + ".fastq.gz")
paired_fqs[p2['paired_end']].append(p2['accession'] + ".fastq.gz")
steps = STEP_ORDER['pe']
print "Generating workflow steps (paired-end)..."
else:
unpaired_fqs = [
f['accession'] + ".fastq.gz" for f in mapping['unpaired']
]
steps = STEP_ORDER['se']
print "Generating workflow steps (single-end)..."
for step in steps:
STEPS[step] = calculate_steps(step)
print "Checking for prior results..."
# Check if there are previous results
# Perhaps reads files are already there?
# NOTE: priors is a dictionary of fileIds that will be used to determine stepsToDo
# and fill in inputs to workflow steps
priors = findPriorResults(pairedEnd,
resultsFolder,
projectId,
maplambda=True)
print "Checking for read files..."
# Find all reads files and move into place
# TODO: files could be in: dx (usual), remote (url e.g.https://www.encodeproject.org/...
# or possibly local, Currently only DX locations are supported.
if pairedEnd:
reads1 = dxencode.find_and_copy_read_files(priors,
paired_fqs['1'],
args.test,
'pair1_reads',
resultsFolder,
arrayInput=True,
projectId=projectId)
reads2 = dxencode.find_and_copy_read_files(priors,
paired_fqs['2'],
args.test,
'pair2_reads',
resultsFolder,
arrayInput=True,
projectId=projectId)
else:
# trim-se and trim-pe use different input tokens.
reads1 = dxencode.find_and_copy_read_files(priors,
unpaired_fqs,
args.test,
'reads',
resultsFolder,
arrayInput=True,
projectId=projectId)
print "Looking for reference files..."
findReferenceFiles(GENOME_REFERENCES.keys(), priors, args.refLoc, extras)
print "Determining steps to run..."
# NOTE: stepsToDo is an ordered list of steps that need to be run
deprecateFiles = [
] # old results will need to be moved/removed if step is rerun
stepsToDo = determineStepsToDo(pairedEnd,
priors,
deprecateFiles,
projectId,
force=args.force)
# Report the plans
print "Running '" + extras['title'] + "'"
print " on " + extras['subTitle']
if pairedEnd:
print "- Reads1: "
else:
print "- Reads: "
for fid in reads1:
print " " + dxencode.file_path_from_fid(fid)
if pairedEnd:
print "- Reads2: "
for fid in reads2:
print " " + dxencode.file_path_from_fid(fid)
print "- Reference files:"
for token in GENOME_REFERENCES.keys():
print " " + dxencode.file_path_from_fid(priors[token], True)
print "- Results written to: " + args.project + ":" + resultsFolder
if len(stepsToDo) == 0:
print "* All expected results are in the results folder, so there is nothing to do."
print " If this experiment/replicate needs to be rerun, then use the --force flag to "
print " rerun all steps; or remove suspect results from the folder before launching."
sys.exit(0)
else:
print "- Steps to run:"
steps = []
if pairedEnd:
steps = STEP_ORDER['pe']
else:
steps = STEP_ORDER['se']
for step in steps:
STEPS[step] = calculate_steps(step)
if step in stepsToDo:
print " * " + STEPS[step]['app'] + " will be run"
else:
if not step.find('concat') == 0:
print " " + STEPS[step]['app'] + " has already been run"
print "Checking for currently running analyses..."
checkRunsPreviouslyLaunched(resultsFolder, projectId)
if len(deprecateFiles) > 0:
if args.test:
print "Would move "+str(len(deprecateFiles))+" prior result file(s) to '" + \
resultsFolder+"/deprecated'."
for fid in deprecateFiles:
print " " + dxencode.file_path_from_fid(fid)
else:
print "Moving "+str(len(deprecateFiles))+" prior result file(s) to '" + \
resultsFolder+"/deprecated'..."
dxencode.move_files(deprecateFiles, resultsFolder + "/deprecated",
projectId)
# Exit if test only
if args.test:
print "TEST ONLY - exiting."
sys.exit(0)
print "Launch sequence initiating..."
wfRun = createWorkflow(stepsToDo, priors, extras, resultsFolder, projectId)
print " We have liftoff!"
logThisRun(wfRun['id'], resultsFolder, projectId)
print " Launched " + wfRun['id']
print "(success)"