def printout(self, stream, context):
obj = Container()
if self.show_stream:
obj.stream_position = stream.tell()
follows = stream.read(self.stream_lookahead)
if not follows:
obj.following_stream_data = "EOF reached"
else:
stream.seek(-len(follows), 1)
obj.following_stream_data = HexString(follows)
print
if self.show_context:
obj.context = context
if self.show_stack:
obj.stack = ListContainer()
frames = [s[0] for s in inspect.stack()][1:-1]
frames.reverse()
for f in frames:
a = AttrDict()
a.__update__(f.f_locals)
obj.stack.append(a)
print "=" * 80
print "Probe", self.printname
print obj
print "=" * 80
def printout(self, stream, context):
obj = Container()
if self.show_stream:
obj.stream_position = stream.tell()
follows = stream.read(self.stream_lookahead)
if not follows:
obj.following_stream_data = "EOF reached"
else:
stream.seek(-len(follows), 1)
obj.following_stream_data = HexString(follows)
print
if self.show_context:
obj.context = context
if self.show_stack:
obj.stack = ListContainer()
frames = [s[0] for s in inspect.stack()][1:-1]
frames.reverse()
for f in frames:
a = AttrDict()
a.__update__(f.f_locals)
obj.stack.append(a)
print "=" * 80
print "Probe", self.printname
print obj
print "=" * 80
def update(self, *args, **kw):
for k, v in AttrDict(kw).attr_items():
try:
setattr(self, k, v)
except:
pass
return self
def create(self, *args, **kw):
for k, v in AttrDict(kw).attr_items():
try:
#print("set onCreate", k, v)
setattr(self, k, v)
except:
raise
return self
def _obj(self, value):
if not self.created and value != None:
self._bpy = value
for k, v in self.cache.attr_items():
#set_blender_object_property()
setattr(self._bpy, k, v)
del self._cache
self._cache = AttrDict()
else:
del self._obj
def __init__(self, init=None, *args, **kw):
self._cache = AttrDict()
self._bpy = None
self._ipokeys = []
if isinstance(init, Base):
self._bpy = init._bpy
self._cache = init._cache
self._ipokeys = init._ipokeys
elif isinstance(init, AttrDict):
self._cache = init.copy()
elif isinstance(init, bpy.types.ID):
self._bpy = init
elif isinstance(init, str):
self.name = init
#if self.created:
for k, v in AttrDict(kw).attr_items():
if k not in ('ipokeys'):
#print("BASE SETATTR", self, self.created, k, v)
setattr(self, k, v)
if 'ipokeys' in kw:
self.addAutoKey(kw['ipokeys'])
def _build(self, obj, stream, context):
if "<unnested>" in context:
del context["<unnested>"]
elif self.nested:
context = AttrDict(_=context)
for sc in self.subcons:
if sc.conflags & self.FLAG_EMBED:
context["<unnested>"] = True
subobj = obj
elif sc.name is None:
subobj = None
else:
subobj = getattr(obj, sc.name)
context[sc.name] = subobj
sc._build(subobj, stream, context)
def _parse(self, stream, context):
if "<obj>" in context:
obj = context["<obj>"]
del context["<obj>"]
else:
obj = ListContainer()
if self.nested:
context = AttrDict(_=context)
for sc in self.subcons:
if sc.conflags & self.FLAG_EMBED:
context["<obj>"] = obj
sc._parse(stream, context)
else:
subobj = sc._parse(stream, context)
if sc.name is not None:
obj.append(subobj)
context[sc.name] = subobj
return obj
def _sizeof(self, context):
if self.nested:
context = AttrDict(_=context)
return sum(sc._sizeof(context) for sc in self.subcons)
def sizeof(self, context=None):
"""calculates the size of the construct (if possible) using the
given context"""
if context is None:
context = AttrDict()
return self._sizeof(context)
def build_stream(self, obj, stream):
"""builds an object into a stream"""
self._build(obj, stream, AttrDict())
def parse_stream(self, stream):
"""parses data read directly from a stream"""
return self._parse(stream, AttrDict())