def encode_datetime(encoder, value):
# Semantic tag 0
if not value.tzinfo:
if encoder.timezone:
value = value.replace(tzinfo=encoder.timezone)
else:
raise CBOREncodeError(
'naive datetime encountered and no default timezone has been set')
if encoder.datetime_as_timestamp:
from calendar import timegm
timestamp = timegm(value.utctimetuple()) + value.microsecond // 1000000
encode_semantic(encoder, CBORTag(1, timestamp))
else:
datestring = as_unicode(value.isoformat().replace('+00:00', 'Z'))
encode_semantic(encoder, CBORTag(0, datestring))
def encode_datetime(encoder, value):
# Semantic tag 0
if not value.tzinfo:
if encoder.timezone:
value = value.replace(tzinfo=encoder.timezone)
else:
raise CBOREncodeError(
'naive datetime encountered and no default timezone has been set'
)
if encoder.datetime_as_timestamp:
from calendar import timegm
timestamp = timegm(value.utctimetuple()) + value.microsecond // 1000000
encode_semantic(encoder, CBORTag(1, timestamp))
else:
datestring = as_unicode(value.isoformat().replace('+00:00', 'Z'))
encode_semantic(encoder, CBORTag(0, datestring))
def encode_mime(self, value, fp):
# Semantic tag 36
self.encode_semantic(36, as_unicode(value.as_string()), fp)
def encode_regexp(self, value, fp):
# Semantic tag 35
self.encode_semantic(35, as_unicode(value.pattern), fp)
def encode_mime(encoder, value):
# Semantic tag 36
encode_semantic(encoder, CBORTag(36, as_unicode(value.as_string())))
def encode_regexp(encoder, value):
# Semantic tag 35
encode_semantic(encoder, CBORTag(35, as_unicode(value.pattern)))
def encode_mime(encoder, value):
# Semantic tag 36
encode_semantic(encoder, CBORTag(36, as_unicode(value.as_string())))
def encode_regexp(encoder, value):
# Semantic tag 35
encode_semantic(encoder, CBORTag(35, as_unicode(value.pattern)))