def main():
srcs = find_glider_files(filename = '??.mdr')
srcs = sorted([mdr_parser.parse(src)[1] for src in srcs], key = lambda x: x.mtime, reverse= True)
moor = []
for src in srcs[:]:
if (src.station_name(),src.mooring_name()) not in [(mdr.station_name(),mdr.mooring_name()) for mdr in moor] and src.mooring_name() is not None:
moor.append(src)
rem_station = ''
lines = []
for mdr in sorted(moor, key = lambda x: x.platformID):
if rem_station != mdr.station_name():
rem_station = mdr.station_name()
lines.append('{} ({})'.format(rem_station, e2ts(mdr.mtime)))
lines.append(' {} = {}'.format(mdr.mooring_name(),mdr.filename))
lines.append(' Gap Sum = {} kb'.format(mdr.gap_sum()/10**3))
lines.append(' Gap Num = {}'.format(mdr.gap_num()))
lines.append(' Percent Collected = {} %'.format(mdr.percent()))
lines.append(' Total Collected = {} kb'.format(mdr.collected()/10**3))
lines.append('')
with open(os.path.join('gliderops','report','output', 'mdr_report.txt'), 'w') as f:
for line in lines:
f.write(line + os.linesep)
def thru_test():
#src = SourceFile('cp_376-2016-148-3-96.sbd')
src = find_glider_files(filename='cp_376-2016-148-3-90.sbd')[0]
print(src)
sensors, parsed_src = parse_master(src)
m_depth = filter(lambda x: x.name=='m_depth', sensors).__next__()
print(parsed_src)
m_depth.xy[-1] = (m_depth.xy[-1][0] + 27, m_depth.xy[-1][1])
print(m_depth)
print();print('MSENSORing')
mm_depth = MSensor.from_sensor(m_depth)
print(mm_depth)
for s in mm_depth:
print(s)
res = store2mongo('cp_376',m_depth)
res = store2mongo('cp_376',parsed_src)
print(res)
