def __getitem__(self, item):
## If the item refers to another object we return a new
## dissector object. Otherwise we just return the value itself
result = _dissect.get_field(self.d, item)
try:
name=_dissect.get_name(result)
return base_dissector(name,result)
except:
return result
def __getitem__(self, item):
## If the item refers to another object we return a new
## dissector object. Otherwise we just return the value itself
result = _dissect.get_field(self.d, item)
try:
name = _dissect.get_name(result)
return base_dissector(name, result)
except:
return result
def print_leaf(name, node):
try:
fields = _dissect.list_fields(node)
print "Node %s" % name
for field in fields:
print field
print_leaf("%s.%s" % (_dissect.get_name(node), field),
_dissect.get_field(node, field))
except:
print "%s = %r" % (name, node)
def print_leaf(name,node):
try:
fields = _dissect.list_fields(node)
print "Node %s" % name
for field in fields:
print field
print_leaf("%s.%s" % (_dissect.get_name(node),field),
_dissect.get_field(node, field))
except:
print "%s = %r" % (name,node)
def __init__(self, data, link_type, packet_id):
self.d = _dissect.dissect(data,link_type,packet_id);
self.name = _dissect.get_name(self.d)
def __init__(self, data, link_type, packet_id):
self.d = _dissect.dissect(data, link_type, packet_id)
self.name = _dissect.get_name(self.d)
