def do_work((pat_set,num,idd,alle)):
global drug2set
print "work",rich_string_wrap(num2comma2(len(pat_set)) +'*****'+ num2comma2(num),'r',1,'k',0),('%4.3f' % (100.*float(num)/alle)),"started"
get_cases_drug(drug2set, pat_set, num, idd)
print "work",rich_string_wrap(num2comma2(len(pat_set)) +'*******'+ num2comma2(num),'r',1,'k',0),"completed"
def main():
rx = bd.BeeStringDict('RX', keysize=9, readonly=1)
rx_set = bd.BeeStringDict('RXset', keysize=9, readonly=0)
count = -1
empty = 0
keys = sorted(rx.keys())
print len(keys)
for key in keys:
line = rx.get(key, '')
if len(line) > 9:
subs = line.split('|')
codes = []
for sub in subs:
code = sub.split(':')[0]
if len(code) > 4:
codes.append(code)
#print codes
rx_set[key] = set(codes)
rx_set.commit()
else:
empty += 1
count += 1
if count % 10000 == 0:
print rich_string_wrap(num2comma2(count),'y',0,'k',0), \
rich_string_wrap(num2comma2(empty),'r',0,'k',0), ('%4.3f ' % (float(empty+0.5)/float(count+0.5)))
def main():
global name2set
global clean
global names
clean = False
if len(sys.argv) < 1:
print rich_string_wrap(
'Usage: python mp_index_only.py [-c]', 'r', 1, 'k', 0)
print '!!!!!!'
sys.exit(0)
else:
#system('clear')
parser = argparse.ArgumentParser(description='Codes')
parser.add_argument('-c','--clean', help=rich_string_wrap('Clean [False/True]','y',1,'k',0),required=False)
args = parser.parse_args()
if args.clean is not None:
clean = bool(args.clean)
print ("Clean: %s" % clean)
name2set = read_new_phenotypes()
ndis = len(name2set.keys())
#names = name2set.keys()
for i in range(num_procs):
procs.append( multiprocessing.Process(target=worker) )
procs[-1].daemon = True
procs[-1].start()
num = 0
for item in names:
if num < ndis:
num+=1
q.put((item,num))
else:
break
if num < ndis:
q.join()
for p in procs:
q.put( None )
q.join()
for p in procs:
p.join()
print "Finished everything...."
print "num active children:", multiprocessing.active_children()
def do_work((pat_set, num, idd, alle)):
global drug2set
print "work", rich_string_wrap(
num2comma2(len(pat_set)) + '*****' + num2comma2(num), 'r', 1, 'k',
0), ('%4.3f' % (100. * float(num) / alle)), "started"
get_cases_drug(drug2set, pat_set, num, idd)
print "work", rich_string_wrap(
num2comma2(len(pat_set)) + '*******' + num2comma2(num), 'r', 1, 'k',
0), "completed"
def main():
rx = bd.BeeStringDict('RX', keysize = 9, readonly=1)
rx_set = bd.BeeStringDict('RXset', keysize = 9, readonly=0)
count =-1
empty = 0
keys = sorted(rx.keys())
print len(keys)
for key in keys:
line = rx.get(key,'')
if len(line) > 9:
subs = line.split('|')
codes= []
for sub in subs:
code = sub.split(':')[0]
if len(code) > 4:
codes.append(code)
#print codes
rx_set[key] = set(codes)
rx_set.commit()
else:
empty += 1
count+=1
if count % 10000 == 0:
print rich_string_wrap(num2comma2(count),'y',0,'k',0), \
rich_string_wrap(num2comma2(empty),'r',0,'k',0), ('%4.3f ' % (float(empty+0.5)/float(count+0.5)))
def do_work((message,num)):
print "work",rich_string_wrap(message +'_'+ str(num),'r',1,'k',0),"started"
get_cases_phe(name2set, message, num)
print "work",rich_string_wrap(message +'_'+ str(num),'r',1,'k',0),"completed"
def get_cases_phe(name2set,phe,num):
t00 = time.time()
t0 = time.time()
pat = 0
saved = 0
tmp = copy_mod.deepcopy(age_edges)
tmp.append(75)
#print tmp
get_fipscodes()
tmp.insert(0, -1)
tmp.append(80)
infile = open('CASES_DX.txt', 'r')
bug = 0
files = {}
buffers = {}
counters = {}
maxbuff = 10000000
files[phe] = open(phe+'_ids.txt','w')
counters[phe] = 0
tmp = np.zeros([maxbuff,1],int)
buffers[phe] = tmp
saved = 0
#^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
while infile:
#*********** EACH LINE IS A PATIENT ***********
slices = infile.readline().split('^')
if len(slices[0]) == 0:
break
if pat % 100000 == 0:
t1 = time.time()
print rich_string_wrap(str(phe)+'_'+str(num),'w',1,'k',0), saved,\
rich_string_wrap(str(num2comma2(pat)), 'r', 1, 'k', 0), \
rich_string_wrap(num2comma2(t1-t00)+' s','r',1,'k',0), \
rich_string_wrap('%0.1f' % ((t1-t00)/60.)+' m','c',1,'k',0), \
rich_string_wrap('%0.1f' % ((t1-t00)/3600.)+' h','m',1,'k',0), \
rich_string_wrap(num2comma2(t1-t0)+' ds','y',1,'k',0)
t0 = time.time()
#*****************************
pat_sick = 0
#*****************************
if len(slices) > 1:
pat+=1
line = slices[0].split('|')
if len(line) > 5:
try:
ids = line[0].rstrip()
fips = line[4].split(',')[0].rstrip()
sex = line[3][0].rstrip()
tmpstr = line[1].lstrip()
if len(tmpstr) > 0:
init_age = int(tmpstr)
else:
init_age = 0
first_year = int(line[5].rstrip())
#print init_age, sex, fips, first_year
except:
print "Unexpected error:", sys.exc_info()[0]
#raise
fips = '0000'
bug +=1
#print line, slices[0]
line1 = slices[1].rstrip()
if len(line1) > 0 and line1[len(line1)-1] == '|':
line1 = line1[0:len(line1)-1]
elif len(line1) > 0 and line1[len(line1)-2:len(line1)] == '|\\':
line1 = line1[0:len(line1)-1]
slices = infile.readline().rstrip()
if slices[len(slices)-1] == '|':
slices = slices[0:len(slices)-1]
line1 += slices
elif len(line1) == 0:
fips = '0000'
line = line1.split('|')
if len(line) > 0:
for j in range(len(line)):
code = line[j].split(':')
failed = 0
err = ''
if len(code) ==3:
try:
icode = code[0].rstrip()
if len(icode) > 0 and icode[len(icode)-1] == '.':
icode = code[0][0:len(icode)-1].lstrip()
except:
print "Unexpected error:", sys.exc_info()[0]
icode = 'xxx'
print '+'+code[0]+'+'
failed = 1
err += '**icode**'
try:
stmp = code[1].rstrip().lstrip()
if len(stmp) > 0:
iage = int(stmp)
except:
print "Unexpected error:", sys.exc_info()[0]
raise
iage = 1
err += 'iage '
if pat_sick == 0 and len(set([icode]) & name2set[phe]) > 0:
pat_sick = 1
if counters[phe] == maxbuff:
for i in range(counters[phe]):
files[phe].write('%09d\n' % buffers[phe][i])
counters[phe] = 0
counters[phe] += 1
buffers[phe][counters[phe]-1] = int(ids)
saved+=1
else:
bug += 1
else:
print rich_string_wrap(str(pat),'r',1,'k',1), slices
if counters[phe] != 0:
for i in range(counters[phe]):
files[phe].write('%09d\n' % buffers[phe][i])
files[phe].close()
infile.close()
return