def run_search_post():
data = request.values
matching_tolerance = float(data.get("ms1-tolerance", 10))
if matching_tolerance > 1e-4:
matching_tolerance *= 1e-6
grouping_tolerance = float(data.get("peak-grouping-tolerance", 15))
if grouping_tolerance > 1e-4:
grouping_tolerance *= 1e-6
ms2_matching_tolerance = float(data.get("ms2-tolerance", 20))
if ms2_matching_tolerance > 1e-4:
ms2_matching_tolerance *= 1e-6
psm_fdr_threshold = float(data.get("q-value-threshold", 0.05))
hypothesis_uuid = (data.get("hypothesis_choice"))
hypothesis_record = g.manager.hypothesis_manager.get(hypothesis_uuid)
hypothesis_name = hypothesis_record.name
sample_records = list(
map(g.manager.sample_manager.get, data.getlist("samples")))
minimum_oxonium_threshold = float(
data.get("minimum-oxonium-threshold", 0.05))
workload_size = int(data.get("batch-size", 1000))
for sample_record in sample_records:
sample_name = sample_record.name
job_number = g.manager.get_next_job_number()
name_prefix = "%s at %s (%d)" % (hypothesis_name, sample_name,
job_number)
cleaned_prefix = re.sub(r"[\s\(\)]", "_", name_prefix)
name_template = g.manager.get_results_path(
secure_filename(cleaned_prefix) + "_%s.analysis.db")
storage_path = make_unique_name(name_template)
task = AnalyzeGlycopeptideSequenceTask(
hypothesis_record.path,
sample_record.path,
hypothesis_record.id,
storage_path,
name_prefix,
grouping_error_tolerance=grouping_tolerance,
mass_error_tolerance=matching_tolerance,
msn_mass_error_tolerance=ms2_matching_tolerance,
psm_fdr_threshold=psm_fdr_threshold,
minimum_oxonium_threshold=minimum_oxonium_threshold,
workload_size=workload_size,
job_name_part=job_number)
g.add_task(task)
print(task)
return Response("Tasks Scheduled")
def run_search_post():
data = request.values
mass_shift_data = list(zip(data.getlist('mass_shift_name'),
data.getlist('mass_shift_max_count')))
mass_shift_data = mass_shift_data[:-1]
mass_shift_data = [(a, int(b)) for a, b in mass_shift_data]
matching_tolerance = float(data.get("mass-matching-tolerance", 10))
if matching_tolerance > 1e-4:
matching_tolerance *= 1e-6
grouping_tolerance = float(data.get("peak-grouping-tolerance", 15))
if grouping_tolerance > 1e-4:
grouping_tolerance *= 1e-6
hypothesis_uuid = (data.get("hypothesis_choice"))
hypothesis_record = g.manager.hypothesis_manager.get(hypothesis_uuid)
sample_records = list(map(g.manager.sample_manager.get, data.getlist("samples")))
minimum_mass = float(data.get("minimum-mass", 500.))
hypothesis_name = hypothesis_record.name
for sample_record in sample_records:
sample_name = sample_record.name
job_number = g.manager.get_next_job_number()
name_prefix = "%s at %s (%d)" % (hypothesis_name, sample_name, job_number)
cleaned_prefix = re.sub(r"[\s\(\)]", "_", name_prefix)
name_template = g.manager.get_results_path(
secure_filename(cleaned_prefix) + "_%s.analysis.db")
storage_path = make_unique_name(name_template)
task = AnalyzeGlycanCompositionTask(
hypothesis_record.path, sample_record.path, hypothesis_record.id,
storage_path, name_prefix, mass_shift_data, grouping_tolerance,
matching_tolerance,
minimum_mass=minimum_mass,
callback=lambda: 0,
job_name_part=job_number)
g.add_task(task)
return Response("Tasks Scheduled")
def post_add_sample():
"""Handle an uploaded sample file
Returns
-------
Response
"""
sample_name = request.values['sample-name']
if sample_name == "":
sample_name = request.files['observed-ions-file'].filename
# If no sample name could be constructed at this point
# and we are not running a native client, stop now.
if sample_name == "" and not g.has_native_client:
current_app.logger.info("No sample name could be extracted. %r", request.values)
return abort(400)
# If we are running in the native client, then the program
# have different information about where to read file information
# from. Normal browsers cannot access the full path of files being
# uploaded, but Electron can. It will intercept the file upload and
# instead send its native path. Since the native client is running
# on the local file system, we can directly read from that path
# without needing to first copy the sample file to application server's
# file system.
if g.has_native_client:
native_path = request.values.get("observed-ions-file-path")
if sample_name == "":
sample_name = os.path.splitext(os.path.basename(native_path))[0]
if sample_name == "":
current_app.logger.info("No sample name could be extracted. %r", request.values)
abort(400)
path = native_path
sample_name = g.manager.make_unique_sample_name(
sample_name)
secure_name = secure_filename(sample_name)
current_app.logger.info(
"Preparing to run with native path: %r, %r, %r", path, sample_name, secure_name)
else:
file_name = request.files['observed-ions-file'].filename
sample_name = g.manager.make_unique_sample_name(
sample_name)
secure_name = secure_filename(file_name)
path = g.manager.get_temp_path(secure_name)
request.files['observed-ions-file'].save(path)
storage_path = g.manager.get_sample_path(
re.sub(r"[\s\(\)]", "_", secure_name) + '-%s.mzML')
storage_path = make_unique_name(storage_path)
touch_file(storage_path)
# Construct the task with a callback to add the processed sample
# to the set of project samples
start_time = float(request.values['start-time'])
end_time = float(request.values['end-time'])
extract_only_tandem_envelopes = bool(request.values.get("msms-features-only", False))
prefab_averagine = request.values['ms1-averagine']
prefab_msn_averagine = request.values['msn-averagine']
custom_ms1_averagine_formula = request.values['ms1-averagine-custom']
custom_msn_averagine_formula = request.values['msn-averagine-custom']
if custom_ms1_averagine_formula:
averagine = custom_ms1_averagine_formula
else:
averagine = prefab_averagine
if custom_msn_averagine_formula:
msn_averagine = custom_msn_averagine_formula
else:
msn_averagine = prefab_msn_averagine
ms1_score_threshold = float(request.values['ms1-minimum-isotopic-score'])
msn_score_threshold = float(request.values['msn-minimum-isotopic-score'])
missed_peaks = int(request.values['missed-peaks'])
msn_missed_peaks = int(request.values['msn-missed-peaks'])
maximum_charge_state = int(request.values['maximum-charge-state'])
ms1_background_reduction = float(request.values.get(
'ms1-background-reduction', 5.))
msn_background_reduction = float(request.values.get(
'msn-background-reduction', 0.))
n_workers = g.manager.configuration.get("preprocessor_worker_count", 6)
if cpu_count() < n_workers:
n_workers = cpu_count()
task = PreprocessMSTask(
path, g.manager.connection_bridge,
averagine, start_time, end_time, maximum_charge_state,
sample_name, msn_averagine, ms1_score_threshold,
msn_score_threshold, missed_peaks, msn_missed_peaks, n_processes=n_workers,
storage_path=storage_path, extract_only_tandem_envelopes=extract_only_tandem_envelopes,
ms1_background_reduction=ms1_background_reduction,
msn_background_reduction=msn_background_reduction,
callback=lambda: 0)
g.add_task(task)
return Response("Task Scheduled")
def build_glycopeptide_search_space_post():
values = request.values
# Separate the JS-based workaround to avoid inappropriate multivalue encoding
# being parsed incorrectly by Werkzeug
constant_modifications = values.get("constant_modifications").split(";;;")
variable_modifications = values.get("variable_modifications").split(";;;")
constant_modifications = [
const_mod for const_mod in constant_modifications if const_mod
]
variable_modifications = [
var_mod for var_mod in variable_modifications if var_mod
]
enzyme = values.getlist("enzyme")
if len(enzyme) == 1:
enzyme = enzyme[0]
custom_enzyme = values.get("custom-protease")
if custom_enzyme:
if enzyme:
if isinstance(enzyme, list):
enzyme.append(custom_enzyme)
else:
enzyme = [enzyme, custom_enzyme]
else:
enzyme = custom_enzyme
hypothesis_name = values.get("hypothesis_name")
hypothesis_name = g.manager.make_unique_hypothesis_name(hypothesis_name)
generate_reverse_decoys = values.get("generate-reverse-decoys") == 'on'
generate_full_crossproduct = values.get(
"generate-full-crossproduct") == 'on'
secure_name = secure_filename(hypothesis_name if hypothesis_name
is not None else "glycopeptde_database")
storage_path = safepath(
g.manager.get_hypothesis_path(re.sub(r"[\s\(\)]", "_", secure_name)) +
'_glycopeptde_%s.database')
storage_path = make_unique_name(storage_path)
touch_file(storage_path)
protein_list = request.files["protein-list-file"]
protein_list_type = values.get("proteomics-file-type")
glycan_file = request.files.get("glycan-definition-file")
glycan_database = values.get("glycan-database-source")
glycan_file_type = values.get("glycans-file-format")
glycan_options = {}
max_missed_cleavages = intify(values.get("missed_cleavages"))
maximum_glycosylation_sites = intify(
values.get("max_glycosylation_sites", 1))
secure_protein_list = safepath(
g.manager.get_temp_path(secure_filename(protein_list.filename)))
protein_list.save(secure_protein_list)
peptide_min_length = intify(values.get('peptide_min_length', 4), 4)
peptide_max_length = intify(values.get('peptide_max_length', 60), 60)
semispecific_digest = values.get('semispecific-digest') == 'on'
non_specific_digest = values.get("non-specific-digest") == 'on'
# The non-specific digest mode overrides all other digest parameters
if non_specific_digest:
enzyme = "."
max_missed_cleavages = peptide_max_length
semispecific_digest = False
if glycan_database == "" or glycan_database is None:
glycan_file_type = "text"
glycan_options["glycan_source_type"] = glycan_file_type
secure_glycan_file = g.manager.get_temp_path(
secure_filename(glycan_file.filename))
glycan_file.save(secure_glycan_file)
glycan_options["glycomics_source"] = secure_glycan_file
glycan_options["glycan_source_identifier"] = None
else:
option_type, option_id = glycan_database.split(",", 1)
record = g.manager.hypothesis_manager.get(option_id)
identifier = record.id
glycan_options["glycan_source_identifier"] = identifier
if option_type == "Hypothesis":
option_type = "hypothesis"
glycan_options["glycomics_source"] = record.path
elif option_type == "Analysis":
option_type = "analysis"
glycan_options["glycomics_source"] = record.path
glycan_options["glycan_source_type"] = option_type
n_workers = g.manager.configuration.get("database_build_worker_count", 4)
if protein_list_type == "fasta":
task = BuildGlycopeptideHypothesisFasta(
storage_path,
fasta_file=secure_protein_list,
enzyme=enzyme,
missed_cleavages=max_missed_cleavages,
occupied_glycosites=maximum_glycosylation_sites,
name=hypothesis_name,
constant_modification=constant_modifications,
variable_modification=variable_modifications,
processes=n_workers,
glycan_source=glycan_options["glycomics_source"],
glycan_source_type=glycan_options["glycan_source_type"],
glycan_source_identifier=glycan_options[
"glycan_source_identifier"],
peptide_length_range=(peptide_min_length, peptide_max_length),
semispecific_digest=semispecific_digest,
generate_reverse_decoys=generate_reverse_decoys,
generate_full_crossproduct=generate_full_crossproduct)
g.add_task(task)
elif protein_list_type == 'mzIdentML':
protein_names = values.get("protein_names").split(",")
task = BuildGlycopeptideHypothesisMzId(
storage_path,
secure_protein_list,
name=hypothesis_name,
occupied_glycosites=maximum_glycosylation_sites,
target_protein=protein_names,
processes=n_workers,
glycan_source=glycan_options['glycomics_source'],
glycan_source_type=glycan_options['glycan_source_type'],
glycan_source_identifier=glycan_options[
"glycan_source_identifier"],
peptide_length_range=(peptide_min_length, peptide_max_length),
generate_reverse_decoys=generate_reverse_decoys,
generate_full_crossproduct=generate_full_crossproduct)
g.add_task(task)
else:
abort(400)
return Response("Task Scheduled")
def schedule_error_dummy_task():
task = DummyTask(throw=True)
g.add_task(task)
return jsonify(task_id=task.id)
def schedule_dummy_task():
task = DummyTask()
g.add_task(task)
return jsonify(task_id=task.id)
def run_search_post():
data = request.values
matching_tolerance = float(data.get("ms1-tolerance", 10))
if matching_tolerance > 1e-4:
matching_tolerance *= 1e-6
grouping_tolerance = float(data.get("peak-grouping-tolerance", 15))
if grouping_tolerance > 1e-4:
grouping_tolerance *= 1e-6
ms2_matching_tolerance = float(data.get("ms2-tolerance", 20))
if ms2_matching_tolerance > 1e-4:
ms2_matching_tolerance *= 1e-6
psm_fdr_threshold = float(data.get("q-value-threshold", 0.05))
use_peptide_mass_filter = data.get("peptide-mass-filter")
if use_peptide_mass_filter == 'on':
use_peptide_mass_filter = True
else:
use_peptide_mass_filter = False
permute_decoy_glycan_fragments = data.get("permute-decoy-glycan-fragments")
if permute_decoy_glycan_fragments == 'on':
permute_decoy_glycan_fragments = True
else:
permute_decoy_glycan_fragments = False
include_rare_signature_ions = data.get("include-rare-signature-ions")
if include_rare_signature_ions == 'on':
include_rare_signature_ions = True
else:
include_rare_signature_ions = False
model_retention_time = data.get("model-retention-time")
if model_retention_time == 'on':
model_retention_time = True
else:
model_retention_time = False
msn_scoring_model_name = data.get("msn-scoring-model")
tandem_scoring_model, msn_scoring_options = validate_glycopeptide_tandem_scoring_function(None, msn_scoring_model_name)
if msn_scoring_options:
current_app.logger.warning("Requested scoring model %s has unused options %s", msn_scoring_model_name, msn_scoring_options)
hypothesis_uuid = (data.get("hypothesis_choice"))
hypothesis_record = g.manager.hypothesis_manager.get(hypothesis_uuid)
hypothesis_name = hypothesis_record.name
decoy_hypothesis_record = hypothesis_record.decoy_hypothesis
decoy_hypothesis_path = None
decoy_hypothesis_id = None
if decoy_hypothesis_record is not None:
decoy_hypothesis_path = decoy_hypothesis_record.path
decoy_hypothesis_id = decoy_hypothesis_record.id
search_strategy = GlycopeptideSearchStrategyEnum.classic
if decoy_hypothesis_record and not hypothesis_record.is_full_crossproduct:
search_strategy = GlycopeptideSearchStrategyEnum.multipart
elif decoy_hypothesis_record:
search_strategy = GlycopeptideSearchStrategyEnum.classic_comparison
sample_records = list(map(g.manager.sample_manager.get, data.getlist("samples")))
minimum_oxonium_threshold = float(data.get("minimum-oxonium-threshold", 0.05))
workload_size = int(data.get("batch-size", 1000))
mass_shift_data = list(zip(data.getlist('mass_shift_name'),
data.getlist('mass_shift_max_count')))
mass_shift_data = mass_shift_data[:-1]
mass_shift_data = [(a, int(b)) for a, b in mass_shift_data]
for sample_record in sample_records:
sample_name = sample_record.name
job_number = g.manager.get_next_job_number()
name_prefix = "%s at %s (%d)" % (hypothesis_name, sample_name, job_number)
cleaned_prefix = re.sub(r"[\s\(\)]", "_", name_prefix)
name_template = g.manager.get_results_path(
secure_filename(cleaned_prefix) + "_%s.analysis.db")
storage_path = make_unique_name(name_template)
task = AnalyzeGlycopeptideSequenceTask(
hypothesis_record.path, sample_record.path, hypothesis_record.id,
storage_path, name_prefix,
grouping_error_tolerance=grouping_tolerance,
mass_error_tolerance=matching_tolerance,
msn_mass_error_tolerance=ms2_matching_tolerance,
psm_fdr_threshold=psm_fdr_threshold,
minimum_oxonium_threshold=minimum_oxonium_threshold,
workload_size=workload_size,
use_peptide_mass_filter=use_peptide_mass_filter,
mass_shifts=mass_shift_data,
permute_decoy_glycan_fragments=permute_decoy_glycan_fragments,
job_name_part=job_number,
include_rare_signature_ions=include_rare_signature_ions,
model_retention_time=model_retention_time,
search_strategy=search_strategy,
decoy_database_connection=decoy_hypothesis_path,
decoy_hypothesis_id=decoy_hypothesis_id,
tandem_scoring_model=tandem_scoring_model
)
g.add_task(task)
return Response("Tasks Scheduled")
def build_glycan_search_space_process():
data = request.values
custom_reduction_type = data.get("custom-reduction-type")
custom_derivatization_type = data.get("custom-derivatization-type")
has_custom_reduction = custom_reduction_type != ""
has_custom_derivatization = custom_derivatization_type != ""
reduction_type = data.get("reduction-type")
derivatization_type = data.get("derivatization-type")
hypothesis_name = data.get("hypothesis-name")
hypothesis_name = g.manager.make_unique_hypothesis_name(hypothesis_name)
secure_name = secure_filename(hypothesis_name if hypothesis_name is not None else "glycan_database")
storage_path = g.manager.get_hypothesis_path(re.sub(r"[\s\(\)]", "_", secure_name)) + '_glycan_%s.database'
storage_path = make_unique_name(storage_path)
touch_file(storage_path)
if reduction_type in ("", "native"):
reduction_type = None
if derivatization_type in ("", "native"):
derivatization_type = None
try:
reduction_type = validate_reduction(None, reduction_type)
except Exception:
g.manager.add_message(Message("Could not validate reduction type %r" % reduction_type, 'update'))
return Response("Task Not Scheduled")
try:
derivatization_type = validate_derivatization(None, derivatization_type)
except Exception:
g.manager.add_message(Message("Could not validate derivatization type %r" % derivatization_type, 'update'))
return Response("Task Not Scheduled")
selected_method = data.get("selected-method", 'combinatorial')
# Construct the argument set for a BuildCombinatorialGlycanHypothesis Task.
# This involves building a StringIO object buffer which contains the user's
# specified rules.
if selected_method == "combinatorial":
comb_monosaccharide_name = data.getlist('monosaccharide_name')[:-1]
comb_lower_bound = map(intify, data.getlist('monosaccharide_lower_bound')[:-1])
comb_upper_bound = map(intify, data.getlist('monosaccharide_upper_bound')[:-1])
comb_monosaccharide_name, comb_lower_bound, comb_upper_bound = remove_empty_rows(
comb_monosaccharide_name, comb_lower_bound, comb_upper_bound)
constraint_lhs = data.getlist("left_hand_side")[:-1]
constraint_op = data.getlist("operator")[:-1]
constraint_rhs = data.getlist("right_hand_side")[:-1]
constraints = zip(*remove_empty_rows(constraint_lhs, constraint_op, constraint_rhs))
rules = zip(comb_monosaccharide_name, comb_lower_bound, comb_upper_bound)
# File-like object to pass to the task in place of a path to a rules file
rules_buffer = _serialize_rules_to_buffer(rules, constraints, "generated")
task = BuildCombinatorialGlycanHypothesis(
rules_buffer, storage_path,
reduction=custom_reduction_type if has_custom_reduction else reduction_type,
derivatization=custom_derivatization_type if has_custom_derivatization else derivatization_type,
name=hypothesis_name,
callback=lambda: 0, user=g.user
)
g.add_task(task)
# Construct the argument set for a BuildTextFileGlycanHypothesis Task.
elif selected_method == "text-file":
glycan_list_file = request.files["glycan-list-file"]
secure_glycan_list_file = g.manager.get_temp_path(secure_filename(glycan_list_file.filename))
glycan_list_file.save(secure_glycan_list_file)
task = BuildTextFileGlycanHypothesis(
secure_glycan_list_file,
storage_path,
reduction=custom_reduction_type if has_custom_reduction else reduction_type,
derivatization=custom_derivatization_type if has_custom_derivatization else derivatization_type,
name=hypothesis_name,
callback=lambda: 0, user=g.user)
g.add_task(task)
elif selected_method == "pregenerated":
# include_human_n_glycan = data.get("glycomedb-human-n-glycan")
# include_human_o_glycan = data.get("glycomedb-human-o-glycan")
# include_mammalian_n_glycan = data.get("glycomedb-mammlian-n-glycan")
# include_mammalian_o_glycan = data.get("glycomedb-mammlian-o-glycan")
g.manager.add_message(Message("This method is not enabled at this time", 'update'))
return Response("Task Not Scheduled")
# Not yet implemented
elif selected_method == "merge-hypotheses":
id_1 = data.get("merged-hypothesis-1", 0)
id_2 = data.get("merged-hypothesis-2", 0)
if id_1 == 0 or id_2 == 0 or id_1 == id_2:
g.add_message(Message("Two different hypotheses must be selected to merge."))
return Response("Task Not Scheduled")
rec_1 = g.manager.hypothesis_manager.get(id_1)
rec_2 = g.manager.hypothesis_manager.get(id_2)
# g.add_message(Message("Not yet implemented."))
# return Response("Task Not Scheduled")
task = MergeGlycanHypotheses(
g.manager.connection_bridge, [(rec_1.path, rec_1.id), (rec_2.path, rec_2.id)], name=hypothesis_name,
callback=lambda: 0, user=g.user)
g.add_task(task)
else:
g.add_message(Message("This method is not recognized: \"%s\"" % (selected_method,), 'update'))
return Response("Task Not Scheduled")
return Response("Task Scheduled")
def build_glycopeptide_search_space_post():
values = request.values
# Separate the JS-based workaround to avoid inappropriate multivalue encoding
# being parsed incorrectly by Werkzeug
constant_modifications = values.get("constant_modifications").split(";;;")
variable_modifications = values.get("variable_modifications").split(";;;")
constant_modifications = [
const_mod for const_mod in constant_modifications if const_mod
]
variable_modifications = [
var_mod for var_mod in variable_modifications if var_mod
]
enzyme = values.getlist("enzyme")
if len(enzyme) == 1:
enzyme = enzyme[0]
hypothesis_name = values.get("hypothesis_name")
hypothesis_name = g.manager.make_unique_hypothesis_name(hypothesis_name)
secure_name = secure_filename(hypothesis_name if hypothesis_name
is not None else "glycopeptde_database")
storage_path = g.manager.get_hypothesis_path(
re.sub(r"[\s\(\)]", "_", secure_name)) + '_glycopeptde_%s.database'
storage_path = make_unique_name(storage_path)
touch_file(storage_path)
protein_list = request.files["protein-list-file"]
protein_list_type = values.get("proteomics-file-type")
glycan_file = request.files.get("glycan-definition-file")
glycan_database = values.get("glycan-database-source")
glycan_file_type = values.get("glycans-file-format")
glycan_options = {}
max_missed_cleavages = intify(values.get("missed_cleavages"))
maximum_glycosylation_sites = intify(
values.get("max_glycosylation_sites", 1))
secure_protein_list = g.manager.get_temp_path(
secure_filename(protein_list.filename))
protein_list.save(secure_protein_list)
if glycan_database == "" or glycan_database is None:
glycan_file_type = "text"
glycan_options["glycan_source_type"] = glycan_file_type
secure_glycan_file = g.manager.get_temp_path(
secure_filename(glycan_file.filename))
glycan_file.save(secure_glycan_file)
glycan_options["glycomics_source"] = secure_glycan_file
glycan_options["glycan_source_identifier"] = None
else:
option_type, option_id = glycan_database.split(",", 1)
record = g.manager.hypothesis_manager.get(option_id)
identifier = record.id
glycan_options["glycan_source_identifier"] = identifier
if option_type == "Hypothesis":
option_type = "hypothesis"
glycan_options["glycomics_source"] = record.path
elif option_type == "Analysis":
option_type = "analysis"
glycan_options["glycomics_source"] = record.path
glycan_options["glycan_source_type"] = option_type
n_workers = g.manager.configuration.get("database_build_worker_count", 4)
if protein_list_type == "fasta":
task = BuildGlycopeptideHypothesisFasta(
storage_path,
fasta_file=secure_protein_list,
enzyme=enzyme,
missed_cleavages=max_missed_cleavages,
occupied_glycosites=maximum_glycosylation_sites,
name=hypothesis_name,
constant_modification=constant_modifications,
variable_modification=variable_modifications,
processes=n_workers,
glycan_source=glycan_options["glycomics_source"],
glycan_source_type=glycan_options["glycan_source_type"],
glycan_source_identifier=glycan_options["glycan_source_identifier"]
)
g.add_task(task)
elif protein_list_type == 'mzIdentML':
protein_names = values.get("protein_names").split(",")
task = BuildGlycopeptideHypothesisMzId(
storage_path,
secure_protein_list,
name=hypothesis_name,
occupied_glycosites=maximum_glycosylation_sites,
target_protein=protein_names,
processes=n_workers,
glycan_source=glycan_options['glycomics_source'],
glycan_source_type=glycan_options['glycan_source_type'],
glycan_source_identifier=glycan_options["glycan_source_identifier"]
)
g.add_task(task)
else:
abort(400)
return Response("Task Scheduled")
