def QC_tumor_normal(self):
# Separate the runs into tumor and normal lists
normal_runs, tumor_runs = self.getTumor_Normal()
if self.sample_json['analysis']['settings'][
'type'] == 'all_tumor_normal':
# Use the sample_status here to not re-run the QC and to not overwrite run status. The 'sample_status' should be reset to 'pushed' when new runs are pushed..
#if self.sample_json['sample_status'] != 'pending_merge' and self.sample_json['sample_status'] != 'pending_3x3_review' and self.sample_json['sample_status'] != 'merged':
# if the user specified the '--pass_fail' option, then run this part still
if self.sample_json[
'sample_status'] == 'pushed' or self.options.pass_fail or self.options.qc_all:
# QC the normal or tumor runs with each other
self.QC_runs(normal_runs, 'normal_')
self.QC_runs(tumor_runs, 'tumor_')
# now QC the tumor and normal runs together.
self.QC_normal_tumor_runs(normal_runs, tumor_runs)
# make the merger
merger = Merger(self.sample_json, self.options.recalc_3x3_tables)
# Check to see if the normal runs are ready to be merged.
self.sample_json, merge_normal = merger.check_merge(
normal_runs, 'Normal/', 'normal_')
if merge_normal == True:
# merge the normal and/or tumor runs. Will only merge the passing runs with each other.
self.sample_json = merger.merge_runs('normal', 'Normal_',
'normal_')
# Check to see if the tumor runs are ready to be merged.
self.sample_json, merge_tumor = merger.check_merge(
tumor_runs, 'Tumor/', 'tumor_')
if merge_tumor == True:
self.sample_json = merger.merge_runs('tumor', 'Tumor_',
'tumor_')
# If any runs were merged, QC them. If there are only 1 normal and tumor run, they won't be QCd again.
#if normal_merge_dir != '' or tumor_merge_dir != '' or (len(normal_passing_bams) == 1 and len(tumor_passing_bams) == 1):
# now QC the tumor and normal merged bams together if both normal and tumor runs are ready.
# To only QC all for the actual merged runs (PNET), change the 'final' part to 'merged'.
# The 'final_normal_json' and 'final_tumor_json' flags are set by merger.py in the function check_merge, line 157
#if (merge_normal or merge_tumor) and ('merged_normal_json' in self.sample_json and 'merged_tumor_json' in self.sample_json):
if 'final_normal_json' in self.sample_json and 'final_tumor_json' in self.sample_json:
self.sample_json, qc_json = self.qc_run.QC_2Runs(
self.sample_json, self.sample_json['final_normal_json'],
self.sample_json['final_tumor_json'], 'normal_', 'tumor_',
'_merged')
self.sample_json, merged_perc_avail_bases = self.qc_run.update_3x3_runs_status(
self.sample_json, self.sample_json['final_normal_json'],
self.sample_json['final_tumor_json'], qc_json)
# update the merged run status
merger.update_merged_run_status(
self.sample_json['final_normal_json'],
merged_perc_avail_bases)
merger.update_merged_run_status(
self.sample_json['final_tumor_json'],
merged_perc_avail_bases)
# cleanup the individual run bam files
if merged_perc_avail_bases > .9:
final_qc_dir = "%s/all%svs%s" % (
self.sample_json['qc_folder'],
json.load(open(self.sample_json['final_normal_json']))
['run_name'],
json.load(open(
self.sample_json['final_tumor_json']))['run_name'])
# annotate the final somatic variants
command = "bash %s/Somatic_Variants/somatic_variants.sh %s %s %s" % (
self.sample_json['analysis']['software_directory'],
final_qc_dir, self.sample_json['sample_name'],
self.sample_json['analysis']['software_directory'])
if runCommandLine(command) != 0:
sys.stderr.write("ERROR: somatic annotation failed!\n")
# Cleanup the PTRIM.bam and chr bam files after all of the QC is done.
# are there any other files to clean up?
self.cleanup_sample.cleanup_runs(
self.sample_json['runs'],
self.sample_json['analysis']['settings']['cleanup'],
self.no_errors)
#self.cleanup_sample.delete_runs(runs, self.sample_json['analysis']['settings']['cleanup'], self.no_errors)
# Cleanup after the merging QC is done.
self.cleanup_sample.cleanup_runs([
self.sample_json['final_normal_json'],
self.sample_json['final_tumor_json']
], self.sample_json['analysis']['settings']['cleanup'],
self.no_errors)
# Set the sample_status
self.sample_json['sample_status'] = 'merged_pass'
else:
self.sample_json[
'sample_status'] = 'awaiting_more_sequencing'
def QC_germline(self):
# Use the sample_status here to not re-run the QC and to not overwrite run status. The 'sample_status' should be reset to 'pushed' when new runs are pushed..
#if self.sample_json['sample_status'] != 'pending_merge' and self.sample_json['sample_status'] != 'pending_3x3_review' and self.sample_json['sample_status'] != 'merged':
# if the user specified the '--pass_fail' option, then run this part still
if self.sample_json[
'sample_status'] == 'pushed' or self.options.pass_fail or self.options.qc_all:
# QC the normal runs with each other
self.QC_runs(self.sample_json['runs'])
# what if there is only one run that passes all of the metrics? It should be marked as the 'final_json' and have the 'pass_fail_merged' flag marked as pass.
# make the merger
merger = Merger(self.sample_json, self.options.recalc_3x3_tables)
# Check to see if the normal runs are ready to be merged.
self.sample_json, merge = merger.check_merge(self.sample_json['runs'])
if merge != True:
if 'final_json' in self.sample_json:
# update the final run status
merger.update_merged_run_status(self.sample_json['final_json'])
elif merge == True:
# merge the normal and/or tumor runs. Will only merge the passing runs with each other.
self.sample_json = merger.merge_runs('germline')
# update the merged run status
merger.update_merged_run_status(self.sample_json['merged_json'])
if json.load(open(self.sample_json['merged_json'])
)['pass_fail_merged_status'] == 'pass':
# Set the sample_status
self.sample_json['sample_status'] = 'merged_pass'
# cleanup the individual run bam files
self.cleanup_sample.cleanup_runs(
self.sample_json['runs'],
self.sample_json['analysis']['settings']['cleanup'],
self.no_errors)
# Cleanup the merged dir
self.cleanup_sample.cleanup_runs(
[self.sample_json['merged_json']],
self.sample_json['analysis']['settings']['cleanup'],
self.no_errors)
else:
self.sample_json['sample_status'] = 'awaiting_more_sequencing'
# copy the final run's VCF file to the final_dir if it passes the "merged" coverage flag
if 'final_json' in self.sample_json:
final_json = json.load(open(self.sample_json['final_json']))
if final_json['pass_fail_merged_status'] == 'pass':
final_vcf = glob.glob("%s/*.vcf" % final_json['run_folder'])[0]
final_project_dir = "/home/ionadmin/jeff/%s_Final_VCFs" % (
self.sample_json['project'])
print "copying %s to %s" % (final_vcf, final_project_dir)
# check to make sure the final dir exists.
if not os.path.isdir(final_project_dir):
os.mkdir(final_project_dir)
shutil.copy(
final_vcf, "%s/%s.vcf" %
(final_project_dir, self.sample_json['sample_name']))
# now push the sample to s3 storage
if self.sample_json['project'] == 'Einstein':
print "pushing %s to amazon s3 storage" % self.sample_json[
'sample_name']
self.push_sample_to_s3(final_json)
def QC_merge_runs(self):
# if this is a germline sample, QC all of the normal runs with each other.
if self.sample_json['sample_type'] == 'germline':
# Use the sample_status here to not re-run the QC and to not overwrite run status. The 'sample_status' should be reset to 'pushed' when new runs are pushed..
#if self.sample_json['sample_status'] != 'pending_merge' and self.sample_json['sample_status'] != 'pending_3x3_review' and self.sample_json['sample_status'] != 'merged':
# if the user specified the '--pass_fail' option, then run this part still
if self.sample_json['sample_status'] == 'pushed' or self.options.pass_fail or self.options.qc_all:
# QC the normal runs with each other
self.QC_runs(self.sample_json['runs'])
# write the sample json file
write_json(self.sample_json['json_file'], self.sample_json)
# what if there is only one run that passes all of the metrics? It should be marked as the 'final_json' and have the 'pass_fail_merged' flag marked as pass.
# make the merger
merger = Merger(self.sample_json['json_file'])
# Check to see if the normal runs are ready to be merged.
merge = merger.check_merge(self.sample_json['runs'])
if merge == True:
# merge the normal and/or tumor runs. Will only merge the passing runs with each other.
merger.merge_runs('germline')
# load the sample json file because merger edited it.
self.sample_json = json.load(open(self.sample_json['json_file']))
# update the merged run status
merger.update_merged_run_status(self.sample_json['merged_json'])
if json.load(open(self.sample_json['merged_json']))['pass_fail_merged_status'] == 'pass':
# Set the sample_status
self.sample_json['sample_status'] = 'merged'
# cleanup the individual run bam files
self.cleanup_sample.cleanup_runs(self.sample_json['runs'], self.sample_json['analysis']['settings']['cleanup'], self.no_errors)
# Cleanup the merged dir
self.cleanup_sample.cleanup_runs([self.sample_json['merged_json']], self.sample_json['analysis']['settings']['cleanup'], self.no_errors)
else:
self.sample_json['sample_status'] = 'awaiting_more_sequencing'
# if this is a tumor_normal sample, find the normal and tumor runs, and then QC them with each other.
elif self.sample_json['sample_type'] == 'tumor_normal':
# Separate the runs into tumor and normal lists
normal_runs, tumor_runs = self.getTumor_Normal()
if self.sample_json['analysis']['settings']['type'] == 'all_tumor_normal':
# Use the sample_status here to not re-run the QC and to not overwrite run status. The 'sample_status' should be reset to 'pushed' when new runs are pushed..
#if self.sample_json['sample_status'] != 'pending_merge' and self.sample_json['sample_status'] != 'pending_3x3_review' and self.sample_json['sample_status'] != 'merged':
# if the user specified the '--pass_fail' option, then run this part still
if self.sample_json['sample_status'] == 'pushed' or self.options.pass_fail or self.options.qc_all:
# QC the normal or tumor runs with each other
self.QC_runs(normal_runs, 'normal_')
self.QC_runs(tumor_runs, 'tumor_')
# now QC the tumor and normal runs together.
self.QC_normal_tumor_runs(normal_runs, tumor_runs)
# make the excel spreadsheet containing the data and copy it back to the proton
#self._make_xlsx()
# write the sample json file
write_json(self.sample_json['json_file'], self.sample_json)
# make the merger
merger = Merger(self.sample_json['json_file'])
# Check to see if the normal runs are ready to be merged.
merge_normal = merger.check_merge(normal_runs, 'Normal/', 'normal_')
if merge_normal == True:
# merge the normal and/or tumor runs. Will only merge the passing runs with each other.
merger.merge_runs('normal', 'Normal_', 'normal_')
# Check to see if the tumor runs are ready to be merged.
merge_tumor = merger.check_merge(tumor_runs, 'Tumor/', 'tumor_')
if merge_tumor == True:
merger.merge_runs('tumor', 'Tumor_', 'tumor_')
# load the sample json file because merger edited it.
self.sample_json = json.load(open(self.sample_json['json_file']))
# If any runs were merged, QC them. If there are only 1 normal and tumor run, they won't be QCd again.
#if normal_merge_dir != '' or tumor_merge_dir != '' or (len(normal_passing_bams) == 1 and len(tumor_passing_bams) == 1):
# only QC all for the actual merged runs for now (PNET).
# now QC the tumor and normal merged bams together if both normal and tumor runs are ready.
if merge_normal or merge_tumor and ('merged_normal_json' in self.sample_json and 'merged_tumor_json' in self.sample_json):
self.sample_json, qc_json = self.qc_run.QC_2Runs(self.sample_json, self.sample_json['merged_normal_json'], self.sample_json['merged_tumor_json'], 'normal_', 'tumor_', '_merged')
self.sample_json, merged_perc_avail_bases = self.qc_run.update_3x3_runs_status(self.sample_json, self.sample_json['merged_normal_json'], self.sample_json['merged_tumor_json'], qc_json)
# update the merged run status
merger.update_merged_run_status(self.sample_json['merged_normal_json'], merged_perc_avail_bases)
merger.update_merged_run_status(self.sample_json['merged_tumor_json'], merged_perc_avail_bases)
# cleanup the individual run bam files
if merged_perc_avail_bases > .9:
# Cleanup the PTRIM.bam and chr bam files after all of the QC is done.
# are there any other files to clean up?
self.cleanup_sample.cleanup_runs(self.sample_json['runs'], self.sample_json['analysis']['settings']['cleanup'], self.no_errors)
#self.cleanup_sample.delete_runs(runs, self.sample_json['analysis']['settings']['cleanup'], self.no_errors)
# Cleanup after the merging QC is done.
self.cleanup_sample.cleanup_runs([self.sample_json['final_normal_json'], self.sample_json['final_tumor_json']], self.sample_json['analysis']['settings']['cleanup'], self.no_errors)
# Set the sample_status
self.sample_json['sample_status'] = 'merged_pass'
else:
self.sample_json['sample_status'] = 'awaiting_more_sequencing'
# print the final status
if self.no_errors == False or self.qc_run.no_errors == False:
sys.stderr.write("%s finished with errors. See %s/sge.log for more details"%(self.sample_json['sample_name'], self.sample_json['output_folder']))
self.sample_json['sample_status'] == 'failed'
write_json(self.sample_json['json_file'], self.sample_json)
sys.exit(1)
else:
print "%s finished with no errors!"%(self.sample_json['sample_name'])
# write the sample json file
write_json(self.sample_json['json_file'], self.sample_json)
# make the excel spreadsheet containing the data and copy it back to the proton
self._make_xlsx()
