def infer_types(d: Any) -> Any:
is_str = isinstance(d, str)
if is_str and _is_iso(d):
return iso_parse(d)
elif is_str:
return _maybe_convert_s(d)
else:
return d
def key_parser(key, prefix):
"""
Given a key, parse out the prefix and parse the iso date into a datetime
object (for comparison).
"""
try:
key_prefix, iso_date = key.split('|')
except:
# some weird key that was not put there by easydump
log.debug("found weird key: %s" % key)
return None
if prefix == key_prefix:
return iso_parse(iso_date)
else:
# a dump from another manifest
log.debug("wrong prefix: %s" % key)
return None
def key_parser(key, prefix):
"""
Given a key, parse out the prefix and parse the iso date into a datetime
object (for comparison).
"""
try:
key_prefix, iso_date = key.split('|')
except:
# some weird key that was not put there by easydump
log.debug("found weird key: %s" % key)
return None
if prefix == key_prefix:
return iso_parse(iso_date)
else:
# a dump from another manifest
log.debug("wrong prefix: %s" % key)
return None
def make_db_object(d):
# Given a dict straight from the JSON, return a more functional object
# which maybe a proxy or wrapper version object.
#
cls = d.get('CK_type', None)
# Look for ISO datetimes. This is a little risky, but I know about the
# server we're talking with, so...
#
# example: 2014-07-07T18:48:34.880819
#
for k, v in d.items():
if isinstance(v, basestring) and DATETIME_RE.match(v):
try:
d[k] = iso_parse(v)
except:
pass
if not cls or cls not in CK_DB_OBJECTS:
return CKObject(d)
# Return a CKUser (for example) if the incoming data looks like one
return globals()[cls](d)
