def _registerList(self, objectId, list_):
"""
`_registerList`: register a `list` instance with `self.objectRegistry`.
Recursively call `walkPyObject` on the values in the list.
"""
if all(isPrimitive(val) for val in list_):
self._registerPrimitive(objectId, list_)
else:
memberIds = [self.walkPyObject(val) for val in list_]
self._objectRegistry.defineList(objectId=objectId,
memberIds=memberIds)
def _registerList(self, objectId, list_):
"""
`_registerList`: register a `list` instance with `self.objectRegistry`.
Recursively call `walkPyObject` on the values in the list.
"""
if all(isPrimitive(val) for val in list_):
self._registerPrimitive(objectId, list_)
else:
memberIds = [self.walkPyObject(val) for val in list_]
self._objectRegistry.defineList(
objectId=objectId,
memberIds=memberIds
)
def _walkPyObject(self, pyObject, objectId):
if isinstance(pyObject, RemotePythonObject.RemotePythonObject):
self._registerRemotePythonObject(objectId, pyObject)
elif isinstance(pyObject, Future.Future):
#it would be better to register the future and do a second pass of walking
self._walkPyObject(pyObject.result(), objectId)
elif isinstance(pyObject, _FileDescription):
self._registerFileDescription(objectId, pyObject)
elif isinstance(pyObject, Exception) and pyObject.__class__ in \
NamedSingletons.pythonSingletonToName:
self._registerBuiltinExceptionInstance(objectId, pyObject)
elif isinstance(pyObject, (type, type(isinstance))) and \
pyObject in NamedSingletons.pythonSingletonToName:
self._registerNamedSingleton(
objectId,
NamedSingletons.pythonSingletonToName[pyObject]
)
elif isinstance(pyObject, PyforaWithBlock.PyforaWithBlock):
self._registerWithBlock(objectId, pyObject)
elif isinstance(pyObject, _Unconvertible):
self._registerUnconvertible(objectId)
elif isinstance(pyObject, tuple):
self._registerTuple(objectId, pyObject)
elif isinstance(pyObject, list):
self._registerList(objectId, pyObject)
elif isinstance(pyObject, dict):
self._registerDict(objectId, pyObject)
elif isPrimitive(pyObject):
self._registerPrimitive(objectId, pyObject)
elif PyforaInspect.isfunction(pyObject):
self._registerFunction(objectId, pyObject)
elif PyforaInspect.isclass(pyObject):
self._registerClass(objectId, pyObject)
elif isinstance(pyObject, instancemethod):
self._registerInstanceMethod(objectId, pyObject)
elif isClassInstance(pyObject):
self._registerClassInstance(objectId, pyObject)
else:
assert False, "don't know what to do with %s" % pyObject
def _walkPyObject(self, pyObject, objectId):
if isinstance(pyObject, RemotePythonObject.RemotePythonObject):
self._registerRemotePythonObject(objectId, pyObject)
elif isinstance(pyObject, Future.Future):
#it would be better to register the future and do a second pass of walking
self._walkPyObject(pyObject.result(), objectId)
elif isinstance(pyObject, _FileDescription):
self._registerFileDescription(objectId, pyObject)
elif isinstance(pyObject, Exception) and pyObject.__class__ in \
NamedSingletons.pythonSingletonToName:
self._registerBuiltinExceptionInstance(objectId, pyObject)
elif isinstance(pyObject, (type, type(isinstance))) and \
pyObject in NamedSingletons.pythonSingletonToName:
self._registerNamedSingleton(
objectId, NamedSingletons.pythonSingletonToName[pyObject])
elif isinstance(pyObject, PyforaWithBlock.PyforaWithBlock):
self._registerWithBlock(objectId, pyObject)
elif isinstance(pyObject, _Unconvertible):
self._registerUnconvertible(objectId)
elif isinstance(pyObject, tuple):
self._registerTuple(objectId, pyObject)
elif isinstance(pyObject, list):
self._registerList(objectId, pyObject)
elif isinstance(pyObject, dict):
self._registerDict(objectId, pyObject)
elif isPrimitive(pyObject):
self._registerPrimitive(objectId, pyObject)
elif PyforaInspect.isfunction(pyObject):
self._registerFunction(objectId, pyObject)
elif PyforaInspect.isclass(pyObject):
self._registerClass(objectId, pyObject)
elif isinstance(pyObject, instancemethod):
self._registerInstanceMethod(objectId, pyObject)
elif isClassInstance(pyObject):
self._registerClassInstance(objectId, pyObject)
else:
assert False, "don't know what to do with %s" % pyObject
def walkPyObject(self, pyObject):
"""
`walkPyObject`: recursively traverse a live python object,
registering its "pieces" with an `ObjectRegistry`
(`self.objectRegistry`).
Note that we use python `id`s for caching in this class,
which means it cannot be used in cases where `id`s might get
reused (recall they are just memory addresses).
`objectId`s are assigned to all pieces of the python object.
Returns:
An `int`, the `objectId` of the root python object.
"""
if id(pyObject) in self._pyObjectIdToObjectId:
return self._pyObjectIdToObjectId[id(pyObject)]
if id(pyObject) in self._convertedObjectCache:
pyObject = self._convertedObjectCache[id(pyObject)]
elif self._purePythonClassMapping.canMap(pyObject):
pureInstance = self._purePythonClassMapping.mappableInstanceToPure(
pyObject)
self._convertedObjectCache[id(pyObject)] = pureInstance
pyObject = pureInstance
objectId = self._allocateId(pyObject)
if isinstance(pyObject, RemotePythonObject.RemotePythonObject):
self._registerRemotePythonObject(objectId, pyObject)
elif isinstance(pyObject, _FileDescription):
self._registerFileDescription(objectId, pyObject)
elif isinstance(pyObject, Exception) and pyObject.__class__ in \
NamedSingletons.pythonSingletonToName:
self._registerBuiltinExceptionInstance(objectId, pyObject)
elif isinstance(pyObject, (type, type(isinstance))) and \
pyObject in NamedSingletons.pythonSingletonToName:
self._registerNamedSingleton(
objectId, NamedSingletons.pythonSingletonToName[pyObject])
elif isinstance(pyObject, PyforaWithBlock.PyforaWithBlock):
self._registerWithBlock(objectId, pyObject)
elif isinstance(pyObject, tuple):
self._registerTuple(objectId, pyObject)
elif isinstance(pyObject, list):
self._registerList(objectId, pyObject)
elif isinstance(pyObject, dict):
self._registerDict(objectId, pyObject)
elif isPrimitive(pyObject):
self._registerPrimitive(objectId, pyObject)
elif PyforaInspect.isfunction(pyObject):
self._registerFunction(objectId, pyObject)
elif PyforaInspect.isclass(pyObject):
self._registerClass(objectId, pyObject)
elif isinstance(pyObject, instancemethod):
self._registerInstanceMethod(objectId, pyObject)
elif isClassInstance(pyObject):
self._registerClassInstance(objectId, pyObject)
else:
assert False, "don't know what to do with %s" % pyObject
return objectId
def walkPyObject(self, pyObject):
"""
`walkPyObject`: recursively traverse a live python object,
registering its "pieces" with an `ObjectRegistry`
(`self.objectRegistry`).
Note that we use python `id`s for caching in this class,
which means it cannot be used in cases where `id`s might get
reused (recall they are just memory addresses).
`objectId`s are assigned to all pieces of the python object.
Returns:
An `int`, the `objectId` of the root python object.
"""
if id(pyObject) in self._pyObjectIdToObjectId:
return self._pyObjectIdToObjectId[id(pyObject)]
if id(pyObject) in self._convertedObjectCache:
pyObject = self._convertedObjectCache[id(pyObject)]
elif self._purePythonClassMapping.canMap(pyObject):
pureInstance = self._purePythonClassMapping.mappableInstanceToPure(
pyObject
)
self._convertedObjectCache[id(pyObject)] = pureInstance
pyObject = pureInstance
objectId = self._allocateId(pyObject)
if isinstance(pyObject, RemotePythonObject.RemotePythonObject):
self._registerRemotePythonObject(objectId, pyObject)
elif isinstance(pyObject, _FileDescription):
self._registerFileDescription(objectId, pyObject)
elif isinstance(pyObject, Exception) and pyObject.__class__ in \
NamedSingletons.pythonSingletonToName:
self._registerBuiltinExceptionInstance(objectId, pyObject)
elif isinstance(pyObject, (type, type(isinstance))) and \
pyObject in NamedSingletons.pythonSingletonToName:
self._registerNamedSingleton(
objectId,
NamedSingletons.pythonSingletonToName[pyObject]
)
elif isinstance(pyObject, PyforaWithBlock.PyforaWithBlock):
self._registerWithBlock(objectId, pyObject)
elif isinstance(pyObject, tuple):
self._registerTuple(objectId, pyObject)
elif isinstance(pyObject, list):
self._registerList(objectId, pyObject)
elif isinstance(pyObject, dict):
self._registerDict(objectId, pyObject)
elif isPrimitive(pyObject):
self._registerPrimitive(objectId, pyObject)
elif PyforaInspect.isfunction(pyObject):
self._registerFunction(objectId, pyObject)
elif PyforaInspect.isclass(pyObject):
self._registerClass(objectId, pyObject)
elif isinstance(pyObject, instancemethod):
self._registerInstanceMethod(objectId, pyObject)
elif isClassInstance(pyObject):
self._registerClassInstance(objectId, pyObject)
else:
assert False, "don't know what to do with %s" % pyObject
return objectId
