instrument_list = None
if s.isConnected():
instrument_list = s.getConnection().get_instruments()
print("Instrument_List : ", instrument_list)
active = True
l = Loader()
prev = None
while active:
try:
i = input("Enter module name : ")
print("Got [", i, "]")
if prev == None or prev != i and i != "":
prev = i
l.run(s, i)
else:
l.run(s)
except KeyboardInterrupt:
print("Closing connection")
s.close()
active = False
continue
except Exception as e:
print("Fail : ", e)
continue
# array of index, this test code use 2048 points data,
# so The index is repeated every 2048
# ex) 0, 1, 2, 3....2047, 0, 1, 2, 3.......2047, 0....
index = 0
st = [] # The array of timestamps which start to inserting data
en = [] # The array of timestamps which end to inserting data
Test_time = [] # The array of test time
try:
for length in range(Loop):
if index % length_Hdata == 0: #If the index is larger than the data length(2048), it is changed back to 0.
index = 0
st.append(get_float_time_stamp())
session.insert_record("root.turbine2.bently3500", length,
measurements_list_, data_type_list_,
values_list_[index])
en.append(get_float_time_stamp())
# Test_time.append(en[i]-st[i])
index += 1
finally:
All_Test_time = en[-1] - st[0]
print("Test_time: " + str(All_Test_time))
Writing_frequency = (Sensor * Loop) / All_Test_time
print("Writing frequency: " + str(np.around(Writing_frequency, 2)))
# close session connection.
session.close()
print("All executions done!!")
from Session import Session
# check if temp file exists and recreate the last session file if it does
l_s_clean()
# call the session
print 'initializing Session :)'
sess = Session(get_current_time())
# print initial session info
print 'current week: week %d' % sess.current_week
print 'total this week.. %s' % secs_to_hours(sess.total_this_week)
# set up the timer stop and call timer
update_stop = threading.Event()
update_l_s(update_stop)
# run the loooop!!
while sess.active:
raw_in = raw_input('eo > ')
if (raw_in == 'close'):
update_stop.set()
sess.close()
elif (raw_in == 'session'):
print sess.get_total_session_time()
# print info on the session
print 'Session summary'
print 'Total time accum: %s' % secs_to_hours(sess.total_this_week)
print 'Total Monthly: %s' % secs_to_hours(sess.total_this_month)
