def _load_data_from_json(self,
fhand,
clean=False,
merge=True,
pop_schema=True):
"""FIX: check for overwrite??
"""
self._log.debug("_load_data_from_json(): {}\n\t{}".format(
self.name(), fhand))
# Store the filename this was loaded from
self.filename = fhand
with open(fhand, 'r') as jfil:
data = json.load(jfil, object_pairs_hook=OrderedDict)
name = list(data.keys())
if len(name) != 1:
raise ValueError("json file '{}' has multiple keys: {}".format(
fhand, list(name)))
name = name[0]
# Remove the outmost dict level
data = data[name]
self._log.debug("Name: {}".format(name))
# Convert the OrderedDict data from json into class structure i.e.
# `Sources` will be extracted and created from the dict Everything
# that remains afterwards should be okay to just store to this
# `Entry`
self._convert_odict_to_classes(data,
clean=clean,
merge=merge,
pop_schema=pop_schema)
if len(data):
err_str = ("Remaining entries in `data` after "
"`_convert_odict_to_classes`.")
err_str += "\n{}".format(dict_to_pretty_string(data))
self._log.error(err_str)
raise RuntimeError(err_str)
# If object doesnt have a name yet, but json does, store it
self_name = self[ENTRY.NAME]
if len(self_name) == 0:
self[ENTRY.NAME] = name
# Warn if there is a name mismatch
elif self_name.lower().strip() != name.lower().strip():
self._log.warning("Object name '{}' does not match name in json:"
"'{}'".format(self_name, name))
self.check()
return
def _load_data_from_json(self, fhand, clean=False, merge=True):
"""FIX: check for overwrite??
"""
self._log.debug("_load_data_from_json(): {}\n\t{}".format(
self.name(), fhand))
# Store the filename this was loaded from
self.filename = fhand
with open(fhand, 'r') as jfil:
data = json.load(jfil, object_pairs_hook=OrderedDict)
name = list(data.keys())
if len(name) != 1:
raise ValueError("json file '{}' has multiple keys: {}".format(
fhand, list(name)))
name = name[0]
# Remove the outmost dict level
data = data[name]
self._log.debug("Name: {}".format(name))
# Convert the OrderedDict data from json into class structure i.e.
# `Sources` will be extracted and created from the dict Everything
# that remains afterwards should be okay to just store to this
# `Entry`
self._convert_odict_to_classes(data, clean=clean, merge=merge)
if len(data):
err_str = ("Remaining entries in `data` after "
"`_convert_odict_to_classes`.")
err_str += "\n{}".format(dict_to_pretty_string(data))
self._log.error(err_str)
raise RuntimeError(err_str)
# If object doesnt have a name yet, but json does, store it
self_name = self[ENTRY.NAME]
if len(self_name) == 0:
self[ENTRY.NAME] = name
# Warn if there is a name mismatch
elif self_name.lower().strip() != name.lower().strip():
self._log.warning("Object name '{}' does not match name in json:"
"'{}'".format(self_name, name))
self.check()
return
def __repr__(self):
"""Return JSON representation of self
"""
jsonstring = dict_to_pretty_string({self[ENTRY.NAME]: self})
return jsonstring
def __repr__(self):
"""Return JSON representation of self."""
jsonstring = dict_to_pretty_string({ENTRY.NAME: self})
return jsonstring
