def write_to_txt_file(data, extension):
# Acquire lock, wait if necessary
logger.debug('write_to_txt_file(): acquiring lock')
with write_to_txt_file.lock:
logger.debug('write_to_txt_file(): acquired lock')
comment_char = '#'
separator = ','
fstr = '%.3f\t%.3f\t%.3f\t%.3f\t%.3f\t%.3f\t%.3f\n'
write_to_txt_file.data_file = \
awn.get_file_for_time(data['sample_time'],
write_to_txt_file.data_file,
config.get('awnettextdata', 'filename'),
extension=extension)
x = data['x'] if 'x' in data else np.NaN
y = data['y'] if 'y' in data else np.NaN
z = data['z'] if 'z' in data else np.NaN
write_to_txt_file.data_file.write(fstr % (data['sample_time'],
x, y, z,
data['sensor_temperature'],
data['system_temperature'],
np.NaN))
def write_to_csv_file(data, extension):
# Acquire lock, wait if necessary
logger.debug('write_to_csv_file(): acquiring lock')
with write_to_csv_file.lock:
logger.debug('write_to_csv_file(): acquired lock')
comment_char = '#'
separator = ','
header = comment_char + 'sample_time'
fstr = '{sample_time:.3f}'
for c in ('x', 'y', 'z', 'sensor_temperature'):
if c in data:
header += separator + c
fstr += '{separator}{' + c + ':.3f}'
header += '\n'
fstr += '\n'
data['separator'] = separator
write_to_csv_file.data_file = \
awn.get_file_for_time(data['sample_time'],
write_to_csv_file.data_file,
config.get('raspitextdata', 'filename'),
extension=extension,
header=header)
write_to_csv_file.data_file.write(fstr.format(**data))
