def start_init_task():
global TIME
TIME = time.time()
tr = tasks.TaskReg.get_instance()
tr.set_up_task(task=Commands.INIT, subtask="Start")
for client in Registry.get_instance().list_clients():
Registry.get_instance().set_client_state(client['name'], Commands.INIT)
def filter_finished(client_name, state):
Registry.get_instance().set_client_state(client_name, "Filterd")
if not Registry.get_instance().num_clients_in_state(state):
logging.info(f"Done with filtering in {Commands.QC} stage.")
task_init.make_plots("QC_post_filter.png")
logging.info(f"QC took roughly {time.time() - TIME:.1f} seconds.")
return True
return False
def start_client_qc_task(filters, stage=Commands.QC):
global TIME
TIME = time.time()
if stage == Commands.QC:
filters["mask_prefix"] = "QC"
else:
filters["mask_prefix"] = "PCA"
data = pickle.dumps(filters)
networking.message_clients("qc", data=data, env=app.config["ENV"])
for client in clients:
Registry.get_instance().set_client_state(client['name'], stage)
def start_subtask(task_name, subtask_name, client_name):
if task_name == Commands.INIT:
if subtask_name == 'POS':
task_init.store_positions(request.data, client_name)
elif subtask_name == 'COUNT':
task_init.store_counts(request.data, client_name)
elif task_name.startswith(Commands.QC):
if subtask_name == "FIN":
if task_qc.filter_finished(client_name, Commands.QC):
logging.info("Done with QC.")
elif task_name.startswith(Commands.PCA):
if subtask_name == "FIN":
if task_qc.filter_finished(client_name, Commands.PCA):
logging.info("Done with PCA filters. Initiating pruning")
reset_states("PRUNE")
ld_agg = task_pca.CovarianceAggregator.get_instance(
len(Registry.get_instance().list_clients()), 50)
# send message to start LD pruning
ld_agg.send_request({})
elif subtask_name == "LD":
ld_agg = task_pca.CovarianceAggregator.get_instance(
len(Registry.get_instance().list_clients()), 50)
ld_agg.update(request.data)
elif subtask_name == "PCAPOS":
task_pca.Position_reporter.get_instance().report_pos()
elif subtask_name == "COV":
task_pca.store_covariance(client_name, request.data)
elif task_name.startswith(Commands.ASSO):
ass_agg = task_ass.LogisticAdmm.get_instance({}, active=2)
if subtask_name == "adjust":
ass_agg.update_stats(request.data)
elif subtask_name == "estimate":
ass_agg.update(request.data)
elif subtask_name == "pval":
ass_agg.update_pval(request.data)
elif subtask_name == "hessians":
model, have_all_info = ass_agg.newton_stats_update(request.data)
if have_all_info:
ass_agg.newton_iter(model)
elif subtask_name == "valback":
ass_agg.collect_likelihoods(request.data)
elif task_name == Commands.ECHO:
if subtask_name == "ITR":
echo = task_init.Echo.get_instance(1)
echo.echo(client_name)
avg_t = echo.echo(client_name)
if avg_t is not None:
logging.info(f"Avg echo time={avg_t}")
return networking.create_response(200)
def start_client_qc_task(filters, stage=Commands.QC):
global TIME
TIME = time.time()
if stage == Commands.QC:
filters["mask_prefix"] = "QC"
else:
filters["mask_prefix"] = "PCA"
#data = pickle.dumps(filters)
tr = tasks.TaskReg.get_instance()
tr.set_up_task(task=Commands.QC, subtask="start", other={"data": filters})
#networking.message_clients("qc", data=data, env=app.config["ENV"])
for client in clients:
Registry.get_instance().set_client_state(client['name'], stage)
def lst_clients():
"""
List all registered clients
"""
registry = Registry.get_instance()
msg = registry.list_clients()
return networking.create_response(200, msg)
def remove_client(client_name):
"""
Remove a client from the registry
"""
if not isinstance(client_name, str):
msg = 'client name must be a string'
return networking.create_response(400, msg)
registry = Registry.get_instance()
registry.remove_client(client_name)
logging.info(f"Removed {client_name}")
return networking.create_response(200)
def add_client(client):
"""
Add a client to the registry
"""
registry = Registry.get_instance()
added = registry.add_client(client)
if not added:
return networking.create_response(400, 'Client already registered')
logging.info(
f"""Added {client['name']}, listening host: {client['listen_host']}, \
external_host: {client['external_host']}""")
return networking.create_response(200)
def count_stats():
N = float(store.attrs["N"])
task = "INIT"
clients = Registry.get_instance().list_clients()
msg = {}
for chrom in store.keys():
counts_dset = store["{}/counts".format(chrom)].value
missing_rate = counts_dset[:, 3] / float(N)
store.create_dataset(f"{chrom}/missing_rates", data=missing_rate)
af = (counts_dset[:, 2] * 2 + counts_dset[:, 1]).astype(float)
af /= (np.sum(counts_dset[:, :3], axis=1) * 2).astype(float)
# af = np.minimum(af, 1-af)
store.create_dataset("{}/allele_freq".format(chrom), data=af)
# var = counts_dset[:,0] * (2*af)**2
# var += counts_dset[:,1] * (1-2*af)**2
# var += counts_dset[:,2] * (2-2*af)**2
# var /= (N-counts_dset[:,3]) # 2*af*(1-af)
var = 2 * af * (1 - af)
store.create_dataset("{}/var".format(chrom), data=var)
hwe = hweP(counts_dset[:, :3].astype(np.int32), 1, 0)
# Need to Recompile HWEP with uint32
msg[f"{chrom}"] = {
"HWE": hwe.tolist(),
"MISS": missing_rate.tolist(),
"AF": af.tolist(),
"VAR": var.tolist()
}
#msg = pickle.dumps(msg)
#networking.message_clients("init/stats", env=app.config["ENV"], data=msg)
store.create_dataset("{}/hwe".format(chrom), data=hwe)
tr = tasks.TaskReg.get_instance()
tr.set_up_task(task=Commands.INIT, subtask="stats", other={"data": msg})
for client in clients:
Registry.get_instance().set_client_state(client['name'], "DONE_INIT")
logging.info("Done with initialization")
make_plots("QC_pre_filter.png")
logging.info(
f"Initialization took roughly {time.time()-TIME:.1f} seconds.")
def store_counts(data, client_name):
message = pickle.loads(data)
n = message["n"]
if "START" in message:
if "N" not in store.attrs:
store.attrs["N"] = 0
logging.info('Storing counts.')
store.attrs["N"] += n
chrom = message["CHROM"]
size = len(message["COUNTS"])
dsetname = "{}/counts".format(chrom)
if dsetname not in store:
dset = store.require_dataset(dsetname, (size, 4), dtype=np.int64)
else:
dset = store[dsetname]
counts = message["COUNTS"]
homo_ref = n - np.sum(counts, axis=1)[:, np.newaxis].astype(np.int64)
dset[:] += np.hstack((homo_ref, counts))
if "END" in message:
Registry.get_instance().set_client_state(client_name,
Commands.INIT_STATS)
if Registry.get_instance().num_clients_in_state(Commands.INIT) == 0:
logging.info('Transfering QC summary stats.')
count_stats()
def echo(self, client_name):
instances = Registry.get_instance()
instances.set_client_state(client_name, Commands.ECHO)
if instances.num_clients_in_state(Commands.ECHO) == len(instances):
Echo.echos_left -= 1
for client in instances.list_clients():
instances.set_client_state(client["name"], None)
if not Echo.echos_left:
Echo.__instance = None # remove the instance (essentially)
avg_t = (time.time() - Echo.t) / Echo.count
networking.message_clients("End_echo",
env=app.config["ENV"],
data=avg_t)
return avg_t
else:
networking.message_clients("echo", env=app.config["ENV"])
return None
def message_clients(address,
client_name=None,
args=None,
env='production',
data=None):
clients = Registry.get_instance().list_clients()
if client_name is None:
client_list = clients
else:
client_list = list(filter(lambda x: x["name"] == client_name, clients))
for client in client_list:
if args is None:
requests.post(
f'{get_protocol(env)}://{client["external_host"]}:{client["port"]}/api/{address}',
data=data)
else:
requests.post(
f'{get_protocol(env)}://{client["external_host"]}:{client["port"]}/api/{address}',
params=args,
data=data)
# third party lib
import h5py
import numpy as np
from lib import networking
from flask import current_app as app
# internal lib
from lib.settings import Settings, Options, Commands
from lib.client_registry import Registry
from lib import networking
from server.lib import task_init
from lib import tasks
storePath = os.path.join(Settings.local_scratch, "central.h5py")
store = h5py.File(storePath, "a")
clients = Registry.get_instance().list_clients()
def split_command(command):
command = command.upper()
refloat = "[0-9,E,.,-]*"
filters = {}
name = Options.HWE
x = re.search(name + refloat, command)
if x: # hwe filter
filters[name] = float(x.group()[len(name):])
name = Options.MAF
x = re.search(name + refloat, command)
if x: # maf filter
filters[name] = float(x.group()[len(name):])
name = Options.MPS
def start_init_task():
global TIME
TIME = time.time()
for client in Registry.get_instance().list_clients():
Registry.get_instance().set_client_state(client['name'], Commands.INIT)
networking.message_clients("init", env=app.config["ENV"])
def reset_states(state):
instance = Registry.get_instance()
for client in instance.list_clients():
instance.set_client_state(client["name"], state)
def set_clients_state(self, state):
for client in clients:
Registry.get_instance().set_client_state(client['name'], state)
