'Unable to find the server' in e.args[0] or \
'getaddrinfo failed' in e.args[0] or \
'connection attempt failed' in e.args[0]:
log.lprint('Waiting {} secs...'.format(str(wait)))
time.sleep(wait)
continue
else:
log.lprint('Exiting...')
break
# all extracted dictionaries to file
if i == 0:
Handler.write_to_csv(temp_dicts,
header=True,
append=False,
outfile=OUTFILE)
else:
Handler.write_to_csv(temp_dicts,
header=False,
append=True,
outfile=OUTFILE)
time2 = datetime.datetime.now()
log.lprint(
'Time taken for site {s} ({ii} of {nn}): {t} seconds'.format(
s=str(temp_dicts[0]['site']),
ii=str(site_count + 1),
nn=str(n_samp),
nn=str(n_fires),
t=str(round((time2 - time1).total_seconds(), 1))))
out_list = list()
for feat in temp_list:
out_dict = dict()
for key in all_bands:
if key == 'EPA_DESIG':
out_dict[key] = str(int(feat['properties'][key]))
elif key == 'id':
out_dict[key] = feat[key]
elif key == 'tree_cover':
out_dict[key] = int(round(feat['properties'][key]))
else:
out_dict[key] = feat['properties'][key]
out_list.append(out_dict)
# all extracted dictionaries to file
if i == 0:
Handler.write_to_csv(out_list,
header=True,
append=False,
outfile=OUTFILE)
else:
Handler.write_to_csv(out_list,
header=False,
append=True,
outfile=OUTFILE)
# write all the list items to the appropriate file
# all lists should empty
if count > ncheck:
count = 0
# find all the samples in the multiple and single lists
for i in range(len(year_edges)):
if len(multiple_burns[i]) > 0:
# write to a new file if it doesnt exist
if Handler(outfile_multiple_list[i]).file_exists():
Opt.cprint('---- Writing {} samples to existing file {}'.format(str(len(multiple_burns[i])),
outfile_multiple_list[i]))
Handler.write_to_csv(multiple_burns[i],
outfile_multiple_list[i],
append=True)
else:
Opt.cprint('---- Writing {} samples to new file {}'.format(str(len(multiple_burns[i])),
outfile_multiple_list[i]))
Handler.write_to_csv(multiple_burns[i],
outfile_multiple_list[i])
multiple_burns[i] = list()
if len(single_burns[i]) > 0:
if Handler(outfile_single_list[i]).file_exists():
Opt.cprint('---- Writing {} samples to existing file {}'.format(str(len(single_burns[i])),
outfile_single_list[i]))
Handler.write_to_csv(single_burns[i],
outfile_single_list[i],
append=True)
