def test_read_using_list_of_variables():
for nc_file in NETCDF_FILES:
meta = load_netcdf_meta(nc_file)
ds = load_netcdf_array(nc_file, meta, variables_list)
_validate_array_test_result(ds)
variables_list2 = [BandSpec('', '', v) for v in variables_list]
ds = load_netcdf_array(nc_file, meta, variables_list2)
_validate_array_test_result(ds)
def _load_meta(filename, ftype, **kwargs):
if ftype == 'netcdf':
return load_netcdf_meta(filename)
elif ftype == 'hdf5':
return load_hdf5_meta(filename)
elif ftype == 'hdf4':
return load_hdf4_meta(filename)
elif ftype == 'tif':
return load_dir_of_tifs_meta(filename, **kwargs)
elif ftype == 'hdf':
try:
return load_hdf4_meta(filename, **kwargs)
except Exception as e:
logger.info('NOTE: guessed HDF4 type. Failed: {}. \nTrying HDF5'.format(repr(e)))
return load_hdf5_meta(filename, **kwargs)
def test_read_using_dict_of_variables():
for nc_file in NETCDF_FILES:
meta = load_netcdf_meta(nc_file)
ds = load_netcdf_array(nc_file, meta, variables_dict)
_validate_array_test_result(ds)
def test_read_meta():
for nc_file in NETCDF_FILES:
meta = load_netcdf_meta(nc_file)
assertions_on_metadata(meta)