def handle_query_0(query, path_, file_e_):
in_=open(path_+file_e_, 'r')
n, m =in_.readline().split()
n=int(n)
m=int(m)/2
buf=open(path_+"pub.txt",'rb')
pub=pickle.load(buf)
buf.close()
# buf=open(path_+"priv.txt",'rb')
# priv=pickle.load(buf)
# buf.close()
res=[0]*n
significant_time_=[0]*n
query.sort(key=lambda x: x[1])
i=0
for seq in range(n):
acc_0=1
acc_1=1
t=0
old_pos=0
for (letter, pos) in query:
# print letter, pos
# print decrypt(priv, pub, seq[2*pos]), decrypt(priv, pub, seq[2*pos+1])
# break
for j in range(old_pos, pos):
in_.readline()
in_.readline()
old_pos=pos+1
if letter=='A':
st_=time.time()
acc_0=e_add(pub, acc_0, mpz(in_.readline()))
acc_0=e_add(pub, acc_0, mpz(in_.readline()))
significant_time_[i]+=time.time()-st_
elif letter=='C':
st_=time.time()
acc_0=e_add(pub, acc_0, mpz(in_.readline()))
acc_1=e_add(pub, acc_1, mpz(in_.readline()))
significant_time_[i]+=time.time()-st_
t+=1
elif letter=='G':
st_=time.time()
acc_1=e_add(pub, acc_1, mpz(in_.readline()))
acc_0=e_add(pub, acc_0, mpz(in_.readline()))
significant_time_[i]+=time.time()-st_
t+=1
elif letter=='T':
st_=time.time()
acc_1=e_add(pub, acc_1, mpz(in_.readline()))
acc_1=e_add(pub, acc_1, mpz(in_.readline()))
significant_time_[i]+=time.time()-st_
t+=2
st_=time.time()
res[i]=e_add(pub, e_mul_const(pub, acc_0, random.randrange(pub.n)),
e_mul_const(pub,
e_add_const(pub, acc_1, pub.n-t),
random.randrange(pub.n)))
significant_time_[i]+=time.time()-st_
i+=1
for j in range(2*pos+2, 2*m):
in_.readline()
in_.close()
print "sum significant query time = %f s" % (sum(significant_time_))
return decrypt_query_res(res, path_)
def handle_query_1(query, path_, file_e_):
in_=open(path_+file_e_, 'r')
n, m =in_.readline().split()
n=int(n)
m=int(m)/4
buf=open(path_+"pub.txt",'rb')
pub=pickle.load(buf)
buf.close()
# buf=open(path_+"priv.txt",'rb')
# priv=pickle.load(buf)
# buf.close()
# print query
query.sort(key=lambda x: x[1])
# print query
res=[0]*n #equal to the number of seq
significant_time_=[0]*n
# counter=0
for i in range(n):
acc=1
old_pos=0
for (letter, pos) in query:
for j in range(old_pos, pos):
in_.readline()
in_.readline()
in_.readline()
in_.readline()
# counter+=4
# print counter
old_pos=pos+1
if letter=='A':
st_=time.time()
acc= e_add(pub, acc, mpz(in_.readline()))
significant_time_[i]+=time.time()-st_
in_.readline()
in_.readline()
in_.readline()
elif letter=='C':
in_.readline()
st_=time.time()
acc= e_add(pub, acc, mpz(in_.readline()))
significant_time_[i]+=time.time()-st_
in_.readline()
in_.readline()
elif letter=='G':
in_.readline()
in_.readline()
st_=time.time()
acc= e_add(pub, acc, mpz(in_.readline()))
significant_time_[i]+=time.time()-st_
in_.readline()
elif letter=='T':
in_.readline()
in_.readline()
in_.readline()
st_=time.time()
acc= e_add(pub, acc, mpz(in_.readline()))
significant_time_[i]+=time.time()-st_
# counter+=4
# print counter
for j in range(4*pos+4, 4*m):
in_.readline()
# counter+=1
# print counter
st_=time.time()
res[i]=e_mul_const(pub, e_add_const(pub, acc, pub.n-len(query)), random.randrange(pub.n))
significant_time_[i]+=time.time()-st_
#print significant_time_[i]
in_.close()
print "sum significant query time = %f s" % (sum(significant_time_))
return decrypt_query_res(res, path_)