def __init__(self, initialized_group: Group=None, *,
default_header=None, reset_ht=True, reset_id_time=True,
**kwargs):
if default_header is None:
default_header = OrderedDict([(8, b'FIX.4.2'), (9, b''),
(98, b'0'), (108, b'20')])
g = Group(default_header, is_top_level=True,
req_tags=self.HEADER_REQ_TAGS)
if reset_id_time:
g[52] = b''
g[60] = b''
g[11] = b''
if initialized_group is not None:
for k in list(initialized_group.keys()):
if k not in self.HEADER_TAGS:
initialized_group.move_to_end(k)
g.merge(initialized_group)
super().__init__(initialized_group=g, reset_id_time=reset_id_time,
reset_ht=reset_ht, **kwargs)
def __init__(self, initialized_group: Group=None, **kwargs):
g = Group({35: b'y'}, req_tags=SecurityListMessage.REQ_TAGS,
req_cond=self.REQ_COND)
if initialized_group is not None:
g.merge(initialized_group)
super().__init__(g, **kwargs)
def attach_group(curr: Group, outer: Group,
validate_semantics=validate_semantics):
if validate_semantics and not curr.is_valid_semantics():
raise ValueError('encountered invalid group: {}, {}'.format(
curr, curr.error_msg))
outer.add_inner_group(curr)
def __init__(self, initialized_group: Group=None, **kwargs):
g = Group({35: b'8'}, req_tags=AckForNewOrderMessage.REQ_TAGS,
req_cond=self.REQ_COND)
if initialized_group is not None:
g.merge(initialized_group)
super().__init__(g,**kwargs)
def __init__(self, initialized_group: Group=None, *args, **kwargs):
g = Group(OrderedDict([(35, b'5'), (141, b'Y')]))
if initialized_group is not None:
g.merge(initialized_group)
super().__init__(g, *args, **kwargs)