def new_double(self, value): # Allocate a new integer and set its class to be the double class result = Double(self._nilObject, value) result.set_class(self._doubleClass) # Return the freshly allocated double return result
def new_double(self, value): # Allocate a new integer and set its class to be the double class result = Double(self._nilObject, value) result.set_class(self._doubleClass) # Return the freshly allocated double return result
class DoubleTestCase(unittest.TestCase): def setUp(self): self.double = Double(Object(None), 5.5) def test_get_embedded_double(self): self.assertEqual(5.5, self.double.get_embedded_double())
def read_location(self, obj): # assert isinstance(obj, Object) if self.is_set(obj): double_val = longlong2float( getattr(obj, "_primField" + str(field_idx))) return Double(double_val) else: return nilObject
def _set_remaining_with_block_as_bool(array, block, size, next_i, storage): block_method = block.get_method() while next_i < size: put_all_bool_driver.jit_merge_point(block_method = block_method) result = block_method.invoke(block, []) if result is trueObject or result is falseObject: storage[next_i] = result is trueObject else: # something else, so, let's go to the object strategy new_storage = [None] * size for i in range(0, next_i + 1): new_storage[i] = Double(storage[i]) _ArrayStrategy._set_remaining_with_block_as_obj(array, block, size, next_i + 1, new_storage) return next_i += 1 array._strategy = _bool_strategy array._storage = _bool_strategy._erase(storage)
def _set_remaining_with_block_as_double(array, block, size, next_i, storage): block_method = block.get_method() while next_i < size: put_all_double_driver.jit_merge_point(block_method = block_method) result = block_method.invoke(block, []) if isinstance(result, Double): storage[next_i] = result.get_embedded_double() else: # something else, so, let's go to the object strategy new_storage = [None] * size for i in range(0, next_i + 1): new_storage[i] = Double(storage[i]) _ArrayStrategy._set_remaining_with_block_as_obj(array, block, size, next_i + 1, new_storage) return next_i += 1 array._strategy = _double_strategy array._storage = _double_strategy._erase(storage)
def new_double(value): return Double(value)
def as_arguments_array(self, storage): store = self._unerase(storage) return [Double(v) for v in store]
def get_idx(self, storage, idx): store = self._unerase(storage) assert isinstance(store, list) assert isinstance(store[idx], float) return Double(store[idx])
def read_location(self, obj): if self.is_set(obj): val = longlong2float(obj._primFields[self._ext_idx]) return Double(val) else: return nilObject
def setUp(self): self.double = Double(Object(None), 5.5)