def load_memory_state(self, projectinfo_file):
"""
Loads the 'memory state' from a serialized file on disk
Parameters
----------
projectinfo_file : str
The file on disk from which to read.
Notes
-----
When reading the memory state, we have to decode base16, and
also remove leading 'a' characters
See Also
--------
save_memory_state
"""
logger.info("Loading memory state from: %s", projectinfo_file)
project_info = Project.load_from_hdf( projectinfo_file )
self.memory = cPickle.loads( project_info["Memory"] )
return
def load_memory_state(self, projectinfo_file):
"""
Loads the 'memory state' from a serialized file on disk
Parameters
----------
projectinfo_file : str
The file on disk from which to read.
Notes
-----
When reading the memory state, we have to decode base16, and
also remove leading 'a' characters
See Also
--------
save_memory_state
"""
logger.info("Loading memory state from: %s", projectinfo_file)
project_info = Project.load_from_hdf(projectinfo_file)
self.memory = cPickle.loads(project_info["Memory"])
return
def save_memory_state(self):
"""
Saves the 'memory state' to disk in a serialized format.
Notes
-----
When saving, we encode the keys into base16 with a leading 'a',
because the HDF5 Serializer doesnt' like '/' characters and is
super picky in general
See Also
--------
load_memory_state
"""
project_info = Project.load_from_hdf( projectinfo_file )
project_info["Memory"] = cPickle.dumps( self.memory )
project_info.save_to_hdf( projectinfo_file, do_file_check=False )
return
def save_memory_state(self):
"""
Saves the 'memory state' to disk in a serialized format.
Notes
-----
When saving, we encode the keys into base16 with a leading 'a',
because the HDF5 Serializer doesnt' like '/' characters and is
super picky in general
See Also
--------
load_memory_state
"""
project_info = Project.load_from_hdf(projectinfo_file)
project_info["Memory"] = cPickle.dumps(self.memory)
project_info.save_to_hdf(projectinfo_file, do_file_check=False)
return
