def load(self, warn=True):
# capture all error messages
oldErr = _system.err
_system.setErr(_pstream(_NoOutputStream()))
try:
jdh = self._loadFile()
finally:
_system.setErr(oldErr)
data = asDatasetList(jdh.getList())
names = jdh.getNames()
basenames = []
from os import path as _path
for n in names: # remove bits of path so sanitising works
if _path.exists(n):
basenames.append(_path.basename(n))
else:
basenames.append(n)
if len(data) != len(basenames):
raise io_exception, "Number of names does not match number of datasets"
metadata = None
if self.load_metadata:
meta = jdh.getMetadata()
if meta:
mnames = meta.metaNames
if mnames:
metadata = [(k, meta.getMetaValue(k)) for k in mnames]
return DataHolder(zip(basenames, data), metadata, warn)
def load(self):
# capture all error messages
oldErr = _system.err
_system.setErr(_pstream(_NoOutputStream()))
try:
jdh = self.loadFile()
finally:
_system.setErr(oldErr)
data = asDatasetList(jdh.getList())
names = jdh.getNames()
basenames = []
from os import path as _path
for n in names: # remove bits of path so sanitising works
if _path.exists(n):
basenames.append(_path.basename(n))
else:
basenames.append(n)
if len(data) != len(basenames):
raise io_exception, "Number of names does not match number of datasets"
metadata = None
if self.load_metadata:
meta = jdh.getMetadata()
if meta:
mnames = meta.metaNames
if mnames:
metadata = [ (k, meta.getMetaValue(k)) for k in mnames ]
return DataHolder(zip(basenames, data), metadata)
def __getitem__(self, key):
'''Return a list of datasets in tree whose names match given key'''
return asDatasetList(self.grp.getDatasets(key))
def __getitem__(self, key):
'''Return a list of datasets in tree whose names match given key'''
return asDatasetList(self.grp.getDatasets(key))
