def cli2py(space, b_obj):
# TODO: support other types and find the most efficient way to
# select the correct case
if b_obj is None:
return space.w_None
w_obj = unbox(b_obj, W_Root)
if w_obj is not None:
return w_obj # it's already a wrapped object!
b_type = b_obj.GetType()
if b_type == typeof(System.Int32):
intval = unbox(b_obj, ootype.Signed)
return space.wrap(intval)
elif b_type == typeof(System.Double):
floatval = unbox(b_obj, ootype.Float)
return space.wrap(floatval)
elif b_type == typeof(System.Boolean):
boolval = unbox(b_obj, ootype.Bool)
return space.wrap(boolval)
elif b_type == typeof(System.String):
strval = unbox(b_obj, ootype.String)
return space.wrap(strval)
else:
namespace, classname = split_fullname(b_type.ToString())
assemblyname = b_type.get_Assembly().get_FullName()
w_cls = load_cli_class(space, assemblyname, namespace, classname)
cliobj = W_CliObject(space, b_obj)
return wrapper_from_cliobj(space, w_cls, cliobj)
def cli2py(space, b_obj):
# TODO: support other types and find the most efficient way to
# select the correct case
if b_obj is None:
return space.w_None
w_obj = unbox(b_obj, W_Root)
if w_obj is not None:
return w_obj # it's already a wrapped object!
b_type = b_obj.GetType()
if b_type == typeof(System.Int32):
intval = unbox(b_obj, ootype.Signed)
return space.wrap(intval)
elif b_type == typeof(System.Double):
floatval = unbox(b_obj, ootype.Float)
return space.wrap(floatval)
elif b_type == typeof(System.Boolean):
boolval = unbox(b_obj, ootype.Bool)
return space.wrap(boolval)
elif b_type == typeof(System.String):
strval = unbox(b_obj, ootype.String)
return space.wrap(strval)
else:
msg = "Can't convert object %s to Python" % str(b_obj.ToString())
raise OperationError(space.w_TypeError, space.wrap(msg))
def cli2py(space, b_obj):
# TODO: support other types and find the most efficient way to
# select the correct case
if b_obj is None:
return space.w_None
w_obj = unbox(b_obj, W_Root)
if w_obj is not None:
return w_obj # it's already a wrapped object!
b_type = b_obj.GetType()
if b_type == typeof(System.Int32):
intval = unbox(b_obj, ootype.Signed)
return space.wrap(intval)
elif b_type == typeof(System.Double):
floatval = unbox(b_obj, ootype.Float)
return space.wrap(floatval)
elif b_type == typeof(System.Boolean):
boolval = unbox(b_obj, ootype.Bool)
return space.wrap(boolval)
elif b_type == typeof(System.String):
strval = unbox(b_obj, ootype.String)
return space.wrap(strval)
else:
namespace, classname = split_fullname(b_type.ToString())
assemblyname = b_type.get_Assembly().get_FullName()
w_cls = load_cli_class(space, assemblyname, namespace, classname)
cliobj = W_CliObject(space, b_obj)
return wrapper_from_cliobj(space, w_cls, cliobj)
def fn():
const.xx = 42
obj = fieldinfo.GetValue(None)
# get the 'xx' field by using reflection
t = obj.GetType()
x_info = t.GetField('xx')
x_value = x_info.GetValue(obj)
return unbox(x_value, ootype.Signed)
def fn():
const.xx = 42
obj = fieldinfo.GetValue(None)
# get the 'xx' field by using reflection
t = obj.GetType()
x_info = t.GetField('xx')
x_value = x_info.GetValue(obj)
return unbox(x_value, ootype.Signed)
def fn():
x = ArrayList()
x.Add(box(42))
return unbox(x.get_Item(0), ootype.Signed)
def fn():
obj = Foo()
x = ArrayList()
x.Add(box(obj))
obj2 = unbox(x.get_Item(0), Foo)
return obj is obj2
def fn():
myfunc = unbox(build_fn(), FUNCTYPE)
return myfunc(30, 12)
def fn():
obj = Foo()
b_obj = box(obj)
obj2 = unbox(b_obj, Foo)
return obj is obj2
def fn(flag):
b_obj = System.Object()
a2 = unbox(b_obj, A)
return a2
def fn():
x = ArrayList()
x.Add(box('foo'))
return unbox(x.get_Item(0), ootype.String)
def fn():
x = new_array(System.Object, 2)
x[0] = box(42)
x[1] = box(43)
return unbox(x[0], ootype.Signed) + unbox(x[1], ootype.Signed)
def fn():
b_obj = box(42)
return unbox(b_obj, Foo)
def fn(flag):
b_obj = System.Object()
a2 = unbox(b_obj, A)
return a2
def fn():
x = init_array(System.Object, box(42), box(43))
return unbox(x[0], ootype.Signed) + unbox(x[1], ootype.Signed)
def fn():
obj = Foo()
b_obj = box(obj)
obj2 = unbox(b_obj, Foo)
return obj is obj2
def fn():
x = new_array(System.Object, 2)
x[0] = box(42)
x[1] = box(43)
return unbox(x[0], ootype.Signed) + unbox(x[1], ootype.Signed)
def fn():
x = ArrayList()
x.Add(box(42))
array = x.ToArray()
return unbox(array[0], ootype.Signed)
def fn():
x = ArrayList()
x.Add(box('foo'))
return unbox(x.get_Item(0), ootype.String)
def fn():
boxed = box(Foo())
return unbox(boxed, Foo)
def fn(flag):
a = ootype.new(A)
a.xx = 42
b_obj = box(a)
a2 = unbox(b_obj, A)
return a2.xx
def fn():
x = ArrayList()
x.Add(box(42))
return unbox(x.get_Item(0), ootype.Signed)
def fn():
obj = Foo()
x = ArrayList()
x.Add(box(obj))
obj2 = unbox(x.get_Item(0), Foo)
return obj is obj2
def fn():
x = ArrayList()
x.Add(box(42))
array = x.ToArray()
return unbox(array[0], ootype.Signed)
def fn(x, y):
myfunc = unbox(build_fn(), FUNCTYPE)
a = myfunc(x, y)
mytuple = (x, y)
b = myfunc(*mytuple)
return a + b
def fn():
x = init_array(System.Object, box(42), box(43))
return unbox(x[0], ootype.Signed) + unbox(x[1], ootype.Signed)
def fn():
myfunc = unbox(build_fn(), FUNCTYPE)
return myfunc(30, 12)
def fn():
b_obj = box(42)
return unbox(b_obj, Foo)
def fn():
x = box(42)
return unbox(x, Foo)
def fn(flag):
a = ootype.new(A)
a.xx = 42
b_obj = box(a)
a2 = unbox(b_obj, A)
return a2.xx
def fn():
x = box(42)
return unbox(x, ootype.Signed)
def fn(x, y):
myfunc = unbox(build_fn(), FUNCTYPE)
a = myfunc(x, y)
mytuple = (x, y)
b = myfunc(*mytuple)
return a+b
def fn():
x = box(42)
return unbox(x, Foo)
def revealconst(self, T):
assert isinstance(T, ootype.OOType)
return unbox(self.obj, T)
def fn():
boxed = box(Foo())
return unbox(boxed, Foo)
def fn():
x = box(42)
return unbox(x, ootype.Signed)
def revealconst(self, T):
assert isinstance(T, ootype.OOType)
return unbox(self.holder.GetFunc(), T)
