def jellyToAO(self, obj):
"""I turn an object into an AOT and return it."""
objType = type(obj)
self.stack.append(repr(obj))
if objType in _SIMPLE_BUILTINS:
retval = obj
elif objType is types.MethodType:
retval = InstanceMethod(obj.im_func.__name__, reflect.qual(obj.im_class),
self.jellyToAO(obj.im_self))
elif objType is types.ModuleType:
retval = Module(obj.__name__)
elif objType is types.ClassType:
retval = Class(reflect.qual(obj))
elif issubclass(objType, type):
retval = Class(reflect.qual(obj))
elif objType is types.FunctionType:
retval = Function(reflect.fullFuncName(obj))
else: #mutable! gotta watch for refs.
if self.prepared.has_key(id(obj)):
oldRef = self.prepared[id(obj)]
if oldRef.refnum:
key = oldRef.refnum
else:
self._ref_id = self._ref_id + 1
key = self._ref_id
oldRef.setRef(key)
return Deref(key)
retval = Ref()
self.prepareForRef(retval, obj)
if objType is types.ListType:
retval.setObj(map(self.jellyToAO, obj)) #hah!
elif objType is types.TupleType:
retval.setObj(tuple(map(self.jellyToAO, obj)))
elif objType is types.DictionaryType:
d = {}
for k,v in obj.items():
d[self.jellyToAO(k)] = self.jellyToAO(v)
retval.setObj(d)
elif objType is types.InstanceType:
if hasattr(obj, "__getstate__"):
state = self.jellyToAO(obj.__getstate__())
else:
state = self.jellyToAO(obj.__dict__)
retval.setObj(Instance(reflect.qual(obj.__class__), state))
elif copy_reg.dispatch_table.has_key(objType):
unpickleFunc, state = copy_reg.dispatch_table[objType](obj)
retval.setObj(Copyreg( reflect.fullFuncName(unpickleFunc),
self.jellyToAO(state)))
else:
raise "Unsupported type: %s" % objType.__name__
del self.stack[-1]
return retval
def jellyToAO(self, obj):
"""I turn an object into an AOT and return it."""
objType = type(obj)
self.stack.append(repr(obj))
#immutable: We don't care if these have multiple refs!
if objType in _SIMPLE_BUILTINS:
retval = obj
elif objType is types.MethodType:
# TODO: make methods 'prefer' not to jelly the object internally,
# so that the object will show up where it's referenced first NOT
# by a method.
retval = InstanceMethod(obj.im_func.__name__,
reflect.qual(obj.im_class),
self.jellyToAO(obj.im_self))
elif objType is types.ModuleType:
retval = Module(obj.__name__)
elif objType is types.ClassType:
retval = Class(reflect.qual(obj))
elif issubclass(objType, type):
retval = Class(reflect.qual(obj))
elif objType is types.FunctionType:
retval = Function(reflect.fullFuncName(obj))
else: #mutable! gotta watch for refs.
#Marmalade had the nicety of being able to just stick a 'reference' attribute
#on any Node object that was referenced, but in AOT, the referenced object
#is *inside* of a Ref call (Ref(num, obj) instead of
#<objtype ... reference="1">). The problem is, especially for built-in types,
#I can't just assign some attribute to them to give them a refnum. So, I have
#to "wrap" a Ref(..) around them later -- that's why I put *everything* that's
#mutable inside one. The Ref() class will only print the "Ref(..)" around an
#object if it has a Reference explicitly attached.
if self.prepared.has_key(id(obj)):
oldRef = self.prepared[id(obj)]
if oldRef.refnum:
# it's been referenced already
key = oldRef.refnum
else:
# it hasn't been referenced yet
self._ref_id = self._ref_id + 1
key = self._ref_id
oldRef.setRef(key)
return Deref(key)
retval = Ref()
self.prepareForRef(retval, obj)
if objType is types.ListType:
retval.setObj(map(self.jellyToAO, obj)) #hah!
elif objType is types.TupleType:
retval.setObj(tuple(map(self.jellyToAO, obj)))
elif objType is types.DictionaryType:
d = {}
for k, v in obj.items():
d[self.jellyToAO(k)] = self.jellyToAO(v)
retval.setObj(d)
elif objType is types.InstanceType:
if hasattr(obj, "__getstate__"):
state = self.jellyToAO(obj.__getstate__())
else:
state = self.jellyToAO(obj.__dict__)
retval.setObj(Instance(reflect.qual(obj.__class__), state))
elif copy_reg.dispatch_table.has_key(objType):
unpickleFunc, state = copy_reg.dispatch_table[objType](obj)
retval.setObj(
Copyreg(reflect.fullFuncName(unpickleFunc),
self.jellyToAO(state)))
else:
raise TypeError("Unsupported type: %s" % objType.__name__)
del self.stack[-1]
return retval
def jellyToNode(self, obj):
"""Create a node representing the given object and return it.
"""
objType = type(obj)
# XXX Freevo changes:
# transform unicode to str with String
if objType is types.UnicodeType:
obj = String(obj)
objType = str
#immutable (We don't care if these have multiple refs)
if objType is types.NoneType:
node = self.document.createElement("None")
elif objType is types.StringType:
node = self.document.createElement("string")
r = repr(obj)
if r[0] == '"':
r = r.replace("'", "\\'")
else:
r = r.replace('"', '\\"')
node.setAttribute("value", r[1:-1])
# node.appendChild(CDATASection(obj))
elif objType is types.IntType:
node = self.document.createElement("int")
node.setAttribute("value", str(obj))
elif objType is types.LongType:
node = self.document.createElement("longint")
s = str(obj)
if s[-1] == 'L':
s = s[:-1]
node.setAttribute("value", s)
elif objType is types.FloatType:
node = self.document.createElement("float")
node.setAttribute("value", repr(obj))
elif objType is types.MethodType:
node = self.document.createElement("method")
node.setAttribute("name", obj.im_func.__name__)
node.setAttribute("class", qual(obj.im_class))
# TODO: make methods 'prefer' not to jelly the object internally,
# so that the object will show up where it's referenced first NOT
# by a method.
node.appendChild(self.jellyToNode(obj.im_self))
elif hasattr(types, 'BooleanType') and objType is types.BooleanType:
node = self.document.createElement("bool")
node.setAttribute("value", str(int(obj)))
elif objType is types.ModuleType:
node = self.document.createElement("module")
node.setAttribute("name", obj.__name__)
elif objType==types.ClassType or issubclass(objType, type):
node = self.document.createElement("class")
node.setAttribute("name", qual(obj))
elif objType is types.UnicodeType:
node = self.document.createElement("unicode")
obj = obj.encode('raw_unicode_escape')
s = obj.replace("\n", "\\n").replace("\t", "\\t")
node.setAttribute("value", s)
elif objType in (types.FunctionType, types.BuiltinFunctionType):
# TODO: beat pickle at its own game, and do BuiltinFunctionType
# separately, looking for __self__ attribute and unpickling methods
# of C objects when possible.
node = self.document.createElement("function")
node.setAttribute("name", fullFuncName(obj))
else:
#mutable!
if self.prepared.has_key(id(obj)):
oldNode = self.prepared[id(obj)][1]
if oldNode.hasAttribute("reference"):
# it's been referenced already
key = oldNode.getAttribute("reference")
else:
# it hasn't been referenced yet
self._ref_id = self._ref_id + 1
key = str(self._ref_id)
oldNode.setAttribute("reference", key)
node = self.document.createElement("reference")
node.setAttribute("key", key)
return node
node = self.document.createElement("UNNAMED")
self.prepareElement(node, obj)
if objType is types.ListType or __builtin__.__dict__.has_key('object') and isinstance(obj, NodeList):
node.tagName = "list"
for subobj in obj:
node.appendChild(self.jellyToNode(subobj))
elif objType is types.TupleType:
node.tagName = "tuple"
for subobj in obj:
node.appendChild(self.jellyToNode(subobj))
elif objType is types.DictionaryType:
node.tagName = "dictionary"
for k, v in obj.items():
n = self.jellyToNode(k)
n.setAttribute("role", "key")
n2 = self.jellyToNode(v)
node.appendChild(n)
node.appendChild(n2)
elif copy_reg.dispatch_table.has_key(objType):
unpickleFunc, state = copy_reg.dispatch_table[objType](obj)
node = self.document.createElement("copyreg")
# node.setAttribute("type", objType.__name__)
node.setAttribute("loadfunc", fullFuncName(unpickleFunc))
node.appendChild(self.jellyToNode(state))
elif objType is types.InstanceType or hasattr(objType, "__module__"):
className = qual(obj.__class__)
node.tagName = "instance"
node.setAttribute("class", className)
if isinstance(obj, DOMJellyable):
obj.jellyToDOM(self, node)
else:
if hasattr(obj, "__getstate__"):
state = obj.__getstate__()
elif hasattr(obj, "__dict__"):
state = obj.__dict__
else:
raise Exception("Unsupported type: %s %s" % (objType.__name__, repr(obj)))
n = self.jellyToNode(state)
node.appendChild(n)
else:
raise Exception("Unsupported type: %s" % objType.__name__)
return node
def jellyToAO(self, obj):
"""I turn an object into an AOT and return it."""
objType = type(obj)
self.stack.append(repr(obj))
#immutable: We don't care if these have multiple refs!
if objType in _SIMPLE_BUILTINS:
retval = obj
elif objType is types.MethodType:
# TODO: make methods 'prefer' not to jelly the object internally,
# so that the object will show up where it's referenced first NOT
# by a method.
retval = InstanceMethod(_funcOfMethod(obj).__name__,
reflect.qual(_classOfMethod(obj)),
self.jellyToAO(_selfOfMethod(obj)))
elif objType is types.ModuleType:
retval = Module(obj.__name__)
elif objType is _OldStyleClass:
retval = Class(reflect.qual(obj))
elif issubclass(objType, type):
retval = Class(reflect.qual(obj))
elif objType is types.FunctionType:
retval = Function(reflect.fullFuncName(obj))
else: #mutable! gotta watch for refs.
#Marmalade had the nicety of being able to just stick a 'reference' attribute
#on any Node object that was referenced, but in AOT, the referenced object
#is *inside* of a Ref call (Ref(num, obj) instead of
#<objtype ... reference="1">). The problem is, especially for built-in types,
#I can't just assign some attribute to them to give them a refnum. So, I have
#to "wrap" a Ref(..) around them later -- that's why I put *everything* that's
#mutable inside one. The Ref() class will only print the "Ref(..)" around an
#object if it has a Reference explicitly attached.
if id(obj) in self.prepared:
oldRef = self.prepared[id(obj)]
if oldRef.refnum:
# it's been referenced already
key = oldRef.refnum
else:
# it hasn't been referenced yet
self._ref_id = self._ref_id + 1
key = self._ref_id
oldRef.setRef(key)
return Deref(key)
retval = Ref()
def _stateFrom(state):
retval.setObj(Instance(reflect.qual(obj.__class__),
self.jellyToAO(state)))
self.prepareForRef(retval, obj)
if objType is list:
retval.setObj([self.jellyToAO(o) for o in obj]) #hah!
elif objType is tuple:
retval.setObj(tuple(map(self.jellyToAO, obj)))
elif objType is dict:
d = {}
for k,v in obj.items():
d[self.jellyToAO(k)] = self.jellyToAO(v)
retval.setObj(d)
elif objType in copy_reg.dispatch_table:
unpickleFunc, state = copy_reg.dispatch_table[objType](obj)
retval.setObj(Copyreg( reflect.fullFuncName(unpickleFunc),
self.jellyToAO(state)))
elif hasattr(obj, "__getstate__"):
_stateFrom(obj.__getstate__())
elif hasattr(obj, "__dict__"):
_stateFrom(obj.__dict__)
else:
raise TypeError("Unsupported type: %s" % objType.__name__)
del self.stack[-1]
return retval
def jellyToNode(self, obj):
"""Create a node representing the given object and return it.
"""
objType = type(obj)
# XXX Freevo changes:
# transform unicode to str with String
if objType is types.UnicodeType:
obj = String(obj)
objType = str
#immutable (We don't care if these have multiple refs)
if objType is types.NoneType:
node = self.document.createElement("None")
elif objType is types.StringType:
node = self.document.createElement("string")
r = repr(obj)
if r[0] == '"':
r = r.replace("'", "\\'")
else:
r = r.replace('"', '\\"')
node.setAttribute("value", r[1:-1])
# node.appendChild(CDATASection(obj))
elif objType is types.IntType:
node = self.document.createElement("int")
node.setAttribute("value", str(obj))
elif objType is types.LongType:
node = self.document.createElement("longint")
s = str(obj)
if s[-1] == 'L':
s = s[:-1]
node.setAttribute("value", s)
elif objType is types.FloatType:
node = self.document.createElement("float")
node.setAttribute("value", repr(obj))
elif objType is types.MethodType:
node = self.document.createElement("method")
node.setAttribute("name", obj.im_func.__name__)
node.setAttribute("class", qual(obj.im_class))
# TODO: make methods 'prefer' not to jelly the object internally,
# so that the object will show up where it's referenced first NOT
# by a method.
node.appendChild(self.jellyToNode(obj.im_self))
elif hasattr(types, 'BooleanType') and objType is types.BooleanType:
node = self.document.createElement("bool")
node.setAttribute("value", str(int(obj)))
elif objType is types.ModuleType:
node = self.document.createElement("module")
node.setAttribute("name", obj.__name__)
elif objType == types.ClassType or issubclass(objType, type):
node = self.document.createElement("class")
node.setAttribute("name", qual(obj))
elif objType is types.UnicodeType:
node = self.document.createElement("unicode")
obj = obj.encode('raw_unicode_escape')
s = obj.replace("\n", "\\n").replace("\t", "\\t")
node.setAttribute("value", s)
elif objType in (types.FunctionType, types.BuiltinFunctionType):
# TODO: beat pickle at its own game, and do BuiltinFunctionType
# separately, looking for __self__ attribute and unpickling methods
# of C objects when possible.
node = self.document.createElement("function")
node.setAttribute("name", fullFuncName(obj))
else:
#mutable!
if self.prepared.has_key(id(obj)):
oldNode = self.prepared[id(obj)][1]
if oldNode.hasAttribute("reference"):
# it's been referenced already
key = oldNode.getAttribute("reference")
else:
# it hasn't been referenced yet
self._ref_id = self._ref_id + 1
key = str(self._ref_id)
oldNode.setAttribute("reference", key)
node = self.document.createElement("reference")
node.setAttribute("key", key)
return node
node = self.document.createElement("UNNAMED")
self.prepareElement(node, obj)
if objType is types.ListType or __builtin__.__dict__.has_key(
'object') and isinstance(obj, NodeList):
node.tagName = "list"
for subobj in obj:
node.appendChild(self.jellyToNode(subobj))
elif objType is types.TupleType:
node.tagName = "tuple"
for subobj in obj:
node.appendChild(self.jellyToNode(subobj))
elif objType is types.DictionaryType:
node.tagName = "dictionary"
for k, v in obj.items():
n = self.jellyToNode(k)
n.setAttribute("role", "key")
n2 = self.jellyToNode(v)
node.appendChild(n)
node.appendChild(n2)
elif copy_reg.dispatch_table.has_key(objType):
unpickleFunc, state = copy_reg.dispatch_table[objType](obj)
node = self.document.createElement("copyreg")
# node.setAttribute("type", objType.__name__)
node.setAttribute("loadfunc", fullFuncName(unpickleFunc))
node.appendChild(self.jellyToNode(state))
elif objType is types.InstanceType or hasattr(
objType, "__module__"):
className = qual(obj.__class__)
node.tagName = "instance"
node.setAttribute("class", className)
if isinstance(obj, DOMJellyable):
obj.jellyToDOM(self, node)
else:
if hasattr(obj, "__getstate__"):
state = obj.__getstate__()
elif hasattr(obj, "__dict__"):
state = obj.__dict__
else:
raise "Unsupported type: %s %s" % (objType.__name__,
repr(obj))
n = self.jellyToNode(state)
node.appendChild(n)
else:
raise "Unsupported type: %s" % objType.__name__
return node
def jellyToNode(self, obj):
"""Create a node representing the given object and return it.
"""
objType = type(obj)
if objType is types.NoneType:
node = self.document.createElement("None")
elif objType is types.StringType:
node = self.document.createElement("string")
r = repr(obj)
if r[0] == '"':
r = r.replace("'", "\\'")
else:
r = r.replace('"', '\\"')
node.setAttribute("value", r[1:-1])
elif objType is types.IntType:
node = self.document.createElement("int")
node.setAttribute("value", str(obj))
elif objType is types.LongType:
node = self.document.createElement("longint")
s = str(obj)
if s[-1] == 'L':
s = s[:-1]
node.setAttribute("value", s)
elif objType is types.FloatType:
node = self.document.createElement("float")
node.setAttribute("value", repr(obj))
elif objType is types.MethodType:
node = self.document.createElement("method")
node.setAttribute("name", obj.im_func.__name__)
node.setAttribute("class", qual(obj.im_class))
node.appendChild(self.jellyToNode(obj.im_self))
elif hasattr(types, 'BooleanType') and objType is types.BooleanType:
node = self.document.createElement("bool")
node.setAttribute("value", str(int(obj)))
elif objType is types.ModuleType:
node = self.document.createElement("module")
node.setAttribute("name", obj.__name__)
elif objType==types.ClassType or issubclass(objType, type):
node = self.document.createElement("class")
node.setAttribute("name", qual(obj))
elif objType is types.UnicodeType:
node = self.document.createElement("unicode")
obj = obj.encode('raw_unicode_escape')
s = obj.replace("\n", "\\n").replace("\t", "\\t")
node.setAttribute("value", s)
elif objType in (types.FunctionType, types.BuiltinFunctionType):
node = self.document.createElement("function")
node.setAttribute("name", fullFuncName(obj))
else:
if self.prepared.has_key(id(obj)):
oldNode = self.prepared[id(obj)][1]
if oldNode.hasAttribute("reference"):
key = oldNode.getAttribute("reference")
else:
self._ref_id = self._ref_id + 1
key = str(self._ref_id)
oldNode.setAttribute("reference", key)
node = self.document.createElement("reference")
node.setAttribute("key", key)
return node
node = self.document.createElement("UNNAMED")
self.prepareElement(node, obj)
if objType is types.ListType or __builtin__.__dict__.has_key('object') and isinstance(obj, NodeList):
node.tagName = "list"
for subobj in obj:
node.appendChild(self.jellyToNode(subobj))
elif objType is types.TupleType:
node.tagName = "tuple"
for subobj in obj:
node.appendChild(self.jellyToNode(subobj))
elif objType is types.DictionaryType:
node.tagName = "dictionary"
for k, v in obj.items():
n = self.jellyToNode(k)
n.setAttribute("role", "key")
n2 = self.jellyToNode(v)
node.appendChild(n)
node.appendChild(n2)
elif copy_reg.dispatch_table.has_key(objType):
unpickleFunc, state = copy_reg.dispatch_table[objType](obj)
node = self.document.createElement("copyreg")
node.setAttribute("loadfunc", fullFuncName(unpickleFunc))
node.appendChild(self.jellyToNode(state))
elif objType is types.InstanceType or hasattr(objType, "__module__"):
className = qual(obj.__class__)
node.tagName = "instance"
node.setAttribute("class", className)
if isinstance(obj, DOMJellyable):
obj.jellyToDOM(self, node)
else:
if hasattr(obj, "__getstate__"):
state = obj.__getstate__()
else:
state = obj.__dict__
n = self.jellyToNode(state)
node.appendChild(n)
else:
raise "Unsupported type: %s" % objType.__name__
return node
