def read_data(nodeNAME, xl_data):
first_sensor = ''
count = 0
chem_reading = {'temp': 0}
for i in range(len(nodeNAME)):
outputcsv = './conv_data_set_' + nodeNAME[i] + '.csv'
inputcsv = './sensor_data_set_' + nodeNAME[i] + '.csv'
with open(inputcsv) as f:
with open(outputcsv, 'w') as of:
for line in f:
if not first_sensor:
first_sensor = acquire_sensor_spec(line)
if len(chem_reading) > 8 and count != 0 and line.strip(
).split(';')[-3] == first_sensor:
new_chem_value = convert(chem_reading, xl_data)
for key, in_list in new_chem_value.items():
if key != 'id' and key != 'temp':
new_line = new_line_chem(key, in_list)
of.write(new_line)
chem_reading = {'temp': 0}
line, value, write_bool = pick_value(
line, chem_reading, first_sensor, count, xl_data)
if write_bool == True:
of.write(line)
count = count + 1
def process_stream(xl_data, reader, writer):
first_sensor = ''
count = 0
chem_reading = {'temp': 0}
for line in reader:
if not first_sensor:
first_sensor = acquire_sensor_spec(line)
if len(chem_reading) > 8 and count != 0 and line.strip().split(
';')[-3] == first_sensor:
new_chem_value = convert(chem_reading, xl_data)
for key, in_list in new_chem_value.items():
if key != 'id' and key != 'temp':
new_line = new_line_chem(in_list)
writer.write(new_line)
chem_reading = {'temp': 0}
line, value, write_bool = pick_value(line, chem_reading, first_sensor,
count, xl_data)
if write_bool is True:
writer.write(line)
count += 1
# ANL:waggle-license
# This file is part of the Waggle Platform. Please see the file
# LICENSE.waggle.txt for the legal details of the copyright and software
# license. For more details on the Waggle project, visit:
# http://www.wa8.gl
# ANL:waggle-license
import unittest
import pprint
from chemsense import convert
testdata = [
'BAD=5410EC38A62B SQN=DC SHT=83 SHH=4459 HDT=78 HDH=5000 LPT=265 LPP=99849 SUV=1 SVL=260 SIR=250 BAD=5410EC38A62B SQN=DD IRR=2399 IAQ=21040 SO2=-73 H2S=246 OZO=5316 NO2=849 CMO=3503 BAD=5410EC38A62B SQN=DE AT0=32 AT1=58 AT2=116 AT3=161 LTM=6545',
'BAD=5410EC38A62B SQN=F0 SHT=83 SHH=4368 HDT=78 HDH=5039 LPT=264 LPP=99854 SUV=15 SVL=294 SIR=230 BAD=5410EC38A62B SQN=F1 IRR=2492 IAQ=20109 SO2=-1161 H2S=-1116 OZO=5148 NO2=1493 CMO=3272 BAD=5410EC38A62B SQN=F2 AT0=32 AT1=58 AT2=116 AT3=161 LTM=6545',
'BAD=5410EC38A62B SQN=4 SHT=83 SHH=4404 HDT=78 HDH=5039 LPT=266 LPP=99845 SUV=0 SVL=249 SIR=265 BAD=5410EC38A62B SQN=5 IRR=2068 IAQ=20305 SO2=-663 H2S=318 OZO=4361 NO2=508 CMO=3195 BAD=5410EC38A62B SQN=6 AT0=32 AT1=58 AT2=116 AT3=161 LTM=6545',
]
if __name__ == '__main__':
for data in testdata:
value = {'chemsense_raw': data}
pprint.pprint(convert(value))