def generate_files_for_io_able_to_write(self):
"""
"""
localdir = self.create_local_dir_if_not_exists()
shortname = self.ioclass.__name__.lower().strip('io')
higher = self.ioclass.supported_objects[0]
if not(higher in self.ioclass.readable_objects and higher in self.ioclass.writeable_objects):
return
if not(higher == neo.Block or higher == neo.Segment):
return
# when io need external knowldge for writting or read such as sampling_rate (RawBinaryIO...)
# the test is too much complex too design genericaly.
if higher in self.ioclass.read_params and len(self.ioclass.read_params[higher]) != 0 : return
ob = generate_from_supported_objects(self.ioclass.supported_objects)
if self.ioclass.mode == 'file':
filename = localdir+'/Generated0_'+self.ioclass.__name__
if len(self.ioclass.extensions)>=1:
filename += '.'+self.ioclass.extensions[0]
writer = self.ioclass(filename = filename)
self.files_generated.append( filename )
elif self.ioclass.mode == 'dir':
dirname = localdir+'/Generated0_'+self.ioclass.__name__
writer = self.ioclass(dirname = dirname)
self.files_generated.append( dirname )
else:
return
ob = generate_from_supported_objects(self.ioclass.supported_objects)
if higher == neo.Block:
writer.write_block(ob)
elif higher == neo.Segment:
writer.write_segment(ob)
try: # for HDF5IO file should be closed before being opened again in test
writer.close()
except: pass
def test_write_then_read(self):
"""
Test for IO that are able to write and read - here %s:
1 - Generate a full schema with supported objects.
2 - Write to a file
3 - Read from the file
4 - Check the hierachy
5 - Check data
Work only for IO for Block and Segment for the highest object (main cases).
""" % self.ioclass.__name__
localdir = self.create_local_dir_if_not_exists()
shortname = self.ioclass.__name__.lower().strip('io')
# Find the highest object that is supported by the IO
# Test only if it is a Block or Segment, and if it can both read
# and write this object.
higher = self.ioclass.supported_objects[0]
if not(higher in self.ioclass.readable_objects and
higher in self.ioclass.writeable_objects):
return
if not(higher == neo.Block or higher == neo.Segment):
return
if not self.read_and_write_is_bijective:
return
# When the highest-level object requires parameters, such as
# sampling rate, this test is too complicated to write generically,
# so return.
if higher in self.ioclass.read_params and \
len(self.ioclass.read_params[higher]) != 0 : return
# Create writers and readers for a temporary location.
if self.ioclass.mode == 'file':
# Operates on files, so create a temporary filename with the
# first filename extension in `extensions`, if any.
filename = os.path.join(localdir,
'Generated0_%s' % self.ioclass.__name__)
if len(self.ioclass.extensions) >= 1:
filename += '.' + self.ioclass.extensions[0]
# Create reader and writer for that file
writer = self.ioclass(filename = filename)
reader = self.ioclass(filename = filename)
elif self.ioclass.mode == 'dir':
dirname = localdir+'/Generated0_'+self.ioclass.__name__
writer = self.ioclass(dirname = dirname)
reader = self.ioclass(dirname = dirname)
else:
return
# Get an object to write
ob = generate_from_supported_objects(self.ioclass.supported_objects)
# Write and read with the IO and ensure it is the same.
if higher == neo.Block:
writer.write_block(ob)
if writer.__class__.name == 'Hdf5': # need to read what was saved
ob2 = reader.read_block(ob.hdf5_path)
else:
ob2 = reader.read_block()
elif higher == neo.Segment:
writer.write_segment(ob)
ob2 = reader.read_segment()
assert_same_sub_schema(ob, ob2)
assert_neo_object_is_compliant(ob2)
try: # for HDF5IO file should be closed before being opened again in test
reader.close()
writer.close()
except: pass
