if obj is None:
obj = factory(module)
obj.extend(edt_map.get('value'))
return obj
def as_dict(self):
return self.edt_encode(self)
def __repr__(self):
gcfg = []
for element in self:
gcfg.append(repr(element))
return (repr(gcfg))
edtlib.register_class(GroupCfg)
#register_marshaller(GroupCfg, AsDictMarshaller())
class GroupSetpointItem(EdtDataType):
edt__cls = 'mpx.service.gsp.datatypes.GroupSetpointItem'
__slots__ = [
'setpoint_id', 'name', 'data_type', 'point_type', 'value', 'priority'
]
def __init__(self, *args, **kw):
super(GroupSetpointItem, self).__init__(*args, **kw)
if self.priority is None:
self.priority = 16 #defaults to lowest priority
del edt_map['edt__typ']
if obj is None:
obj = factory(module)
obj.extend(edt_map.get('value'))
return obj
def as_dict(self):
return self.edt_encode(self)
def __repr__(self):
gcfg = []
for element in self:
gcfg.append(repr(element))
return(repr(gcfg))
edtlib.register_class(GroupCfg)
#register_marshaller(GroupCfg, AsDictMarshaller())
class GroupSetpointItem(EdtDataType):
edt__cls = 'mpx.service.gsp.datatypes.GroupSetpointItem'
__slots__ = ['setpoint_id', 'name', 'data_type', 'point_type', 'value', 'priority']
def __init__(self, *args, **kw):
super(GroupSetpointItem, self).__init__(*args, **kw)
if self.priority is None:
self.priority = 16 #defaults to lowest priority
edtlib.register_class(GroupSetpointItem)
register_marshaller(GroupSetpointItem, AsDictMarshaller())
class EntityMapping(EdtDataType):
edt__cls = 'mpx.service.gsp.datatypes.EntityMapping'
return self.edt_encode(self)
def __repr__(self):
return repr(self.as_dict())
from_dict = edt_decode
def _get_reference(self):
if not is_node(self._reference):
try:
self._reference = as_internal_node(self._reference)
except:
self._reference = None
return self._reference
reference = property(_get_reference)
edtlib.register_class(PropertyDefinition)
class EntityProp(PropertyDefinition):
edt__cls = 'mpx.lib.entity.properties.EntityProp'
ptype = 'Entity'
def __init__(self, **kw):
PropertyDefinition.__init__(self, **kw)
self._attrs += ['url', 'entity']
self.url = kw.get('url', '')
self.entity = kw.get('entity', '')
edtlib.register_class(EntityProp)
class PropWithUnits(PropertyDefinition):
edt__cls = 'mpx.lib.entity.properties.PropWithUnits'
def __init__(self, **kw):
PropertyDefinition.__init__(self, **kw)
def test_ElementalObjectType(self):
# Test "standalone" functionality:
assert isinstance(ElementalObjectType().edt_get(), ElementalObjectType)
assert ElementalObjectType().edt__typ is 'object'
assert not hasattr(ElementalObjectType(), 'edt__cls')
# Test marshaling an old-style class.
class A:
cls_var = 'class variable'
_no_cls = 'hide me please!'
def __init__(self, **kw):
self.__dict__.update(kw)
return
an_obj = A(a=1,
b='b',
c=None,
_d="don't do it!",
f=lambda: "this either!")
e = default_encoding(an_obj)
encoded_attrs = ('edt__typ', 'cls_var', 'a', 'b', 'c')
assert not filter(lambda k: k not in encoded_attrs, e.keys())
ignored_attrs = ('_d', 'f', 'no_cls_')
assert not filter(lambda k: k in ignored_attrs, e.keys())
# Test unmarshaling it inplace via constructor.
a = ElementalObjectType(e)
assert not hasattr(a, 'edt__cls')
assert a.edt__typ == 'object'
assert a.cls_var == 'class variable'
assert a.a == 1
assert a.b == 'b'
assert a.c is None
assert not e # Map is consumed in decoding.
# Test unmarshaling it in a new object via the decode factory.
e = default_encoding(an_obj)
edt_decode(ObjDict(e))
a = ElementalObjectType.edt_decode(e)
assert not hasattr(a, 'edt__cls')
assert a.edt__typ == 'object'
assert a.cls_var == 'class variable'
assert a.a == 1
assert a.b == 'b'
assert a.c is None
# Test reinstanciating a 'named' class (but not registered).
a.edt__cls = class_name(A)
e = default_encoding(a)
a = ElementalObjectType.edt_decode(e)
assert a.edt__cls == class_name(A) # Class type conveyed.
assert isinstance(a, ElementalObjectType) # But not used.
# Test reinstanciating the actual class with edt_decode().
class B(A):
@classmethod
def edt_decode(cls, edt_map, obj=None):
assert obj is None # Supporting obj == None is not important.
# How the class uses edt_map is 'a local matter'. Could
# be passed in toto to __init__, could use load_from_map(),
# another factory. Whatever.
edt_map.pop('edt__typ') # Don't need this.
edt_map.pop('edt__cls') # Or this.
return cls(**edt_map) # Can't reference B in B, but cls == B.
register_class(B)
b = B(a='b', b=2, c=math.pi)
e = default_encoding(b)
b = ElementalObjectType.edt_decode(e)
assert isinstance(b, B)
# assert b.edt__typ == 'object'
assert b.edt__cls == class_name(b.__class__)
assert b.cls_var == 'class variable'
assert b.a == 'b'
assert b.b == 2
assert b.c == math.pi
# Test ability to override cls_name (dangerous, but may be
# required for reverse compatibility after refactors that move
# data classes.)
class C(B):
edt__typ = 'object' # Not required by edtlib, but OK.
register_class(C, cls_name='_test_ElementalObjectType.C')
c = C(a='c', b=3, c=math.e)
e = default_encoding(c)
c = ElementalObjectType.edt_decode(e)
assert isinstance(c, C)
assert c.edt__typ == 'object'
assert c.edt__cls == '_test_ElementalObjectType.C'
assert c.cls_var == 'class variable'
assert c.a == 'c'
assert c.b == 3
assert c.c == math.e
# Test "integrated" marshalling
assert edt_encode(a) == default_encoding(a)
assert edt_encode(b) == default_encoding(b)
assert edt_encode(c) == default_encoding(c)
return
return repr(self.as_dict())
from_dict = edt_decode
def _get_reference(self):
if not is_node(self._reference):
try:
self._reference = as_internal_node(self._reference)
except:
self._reference = None
return self._reference
reference = property(_get_reference)
edtlib.register_class(PropertyDefinition)
class EntityProp(PropertyDefinition):
edt__cls = 'mpx.lib.entity.properties.EntityProp'
ptype = 'Entity'
def __init__(self, **kw):
PropertyDefinition.__init__(self, **kw)
self._attrs += ['url', 'entity']
self.url = kw.get('url', '')
self.entity = kw.get('entity', '')
edtlib.register_class(EntityProp)
def test_ElementalObjectType(self):
# Test "standalone" functionality:
assert isinstance(ElementalObjectType().edt_get(), ElementalObjectType)
assert ElementalObjectType().edt__typ is 'object'
assert not hasattr(ElementalObjectType(),'edt__cls')
# Test marshaling an old-style class.
class A:
cls_var='class variable'
_no_cls='hide me please!'
def __init__(self, **kw):
self.__dict__.update(kw)
return
an_obj = A(a=1, b='b',c=None,_d="don't do it!",
f=lambda : "this either!")
e = default_encoding(an_obj)
encoded_attrs=('edt__typ', 'cls_var','a','b','c')
assert not filter(lambda k: k not in encoded_attrs, e.keys())
ignored_attrs=('_d','f','no_cls_')
assert not filter(lambda k: k in ignored_attrs, e.keys())
# Test unmarshaling it inplace via constructor.
a=ElementalObjectType(e)
assert not hasattr(a, 'edt__cls')
assert a.edt__typ == 'object'
assert a.cls_var == 'class variable'
assert a.a == 1
assert a.b == 'b'
assert a.c is None
assert not e # Map is consumed in decoding.
# Test unmarshaling it in a new object via the decode factory.
e = default_encoding(an_obj)
edt_decode(ObjDict(e))
a=ElementalObjectType.edt_decode(e)
assert not hasattr(a, 'edt__cls')
assert a.edt__typ == 'object'
assert a.cls_var == 'class variable'
assert a.a == 1
assert a.b == 'b'
assert a.c is None
# Test reinstanciating a 'named' class (but not registered).
a.edt__cls = class_name(A)
e = default_encoding(a)
a = ElementalObjectType.edt_decode(e)
assert a.edt__cls == class_name(A) # Class type conveyed.
assert isinstance(a,ElementalObjectType) # But not used.
# Test reinstanciating the actual class with edt_decode().
class B(A):
@classmethod
def edt_decode(cls,edt_map,obj=None):
assert obj is None # Supporting obj == None is not important.
# How the class uses edt_map is 'a local matter'. Could
# be passed in toto to __init__, could use load_from_map(),
# another factory. Whatever.
edt_map.pop('edt__typ') # Don't need this.
edt_map.pop('edt__cls') # Or this.
return cls(**edt_map) # Can't reference B in B, but cls == B.
register_class(B)
b = B(a='b',b=2,c=math.pi)
e = default_encoding(b)
b = ElementalObjectType.edt_decode(e)
assert isinstance(b,B)
# assert b.edt__typ == 'object'
assert b.edt__cls == class_name(b.__class__)
assert b.cls_var == 'class variable'
assert b.a == 'b'
assert b.b == 2
assert b.c == math.pi
# Test ability to override cls_name (dangerous, but may be
# required for reverse compatibility after refactors that move
# data classes.)
class C(B):
edt__typ = 'object' # Not required by edtlib, but OK.
register_class(C, cls_name='_test_ElementalObjectType.C')
c = C(a='c',b=3,c=math.e)
e = default_encoding(c)
c = ElementalObjectType.edt_decode(e)
assert isinstance(c,C)
assert c.edt__typ == 'object'
assert c.edt__cls == '_test_ElementalObjectType.C'
assert c.cls_var == 'class variable'
assert c.a == 'c'
assert c.b == 3
assert c.c == math.e
# Test "integrated" marshalling
assert edt_encode(a) == default_encoding(a)
assert edt_encode(b) == default_encoding(b)
assert edt_encode(c) == default_encoding(c)
return