def test_return_type_narrowing(self):
obj = foo.SomeObject("zbr")
obj.set_foo_ptr(foo.Foo())
foo1 = obj.get_foo_ptr()
self.assertEqual(type(foo1), foo.Foo)
bar2 = foo.Bar()
self.assertEqual(type(bar2), foo.Bar)
obj.set_foo_ptr(bar2)
foo2 = obj.get_foo_ptr()
self.assertEqual(type(foo2), foo.Bar)
def testImportedNamespace(self):
b = foo.Bar()
self.assertEqual(b.X, 1) # declared instance works
self.assertEqual(foo.Bar.X,
1) # XXX due to __Bar, this fails. hmmm...
self.assertEqual(foo.bar.X, 1)
def test():
# we should be able to store a vector of Foo objects (but shared_ptr<Foo> objects actually)
v = foo.vector_Foo([
foo.Bar(),
])
foo.Foo.printCount() # expecting 1 Foo object to exist
def test_instance_creation_function(self):
f = foo.Foo()
self.assertTrue(f.is_initialized())
b = foo.Bar()
self.assertTrue(b.is_initialized())
import logging
# 提前进行logger的创建，模块的日志按照原始root的配置
import foo
logging.basicConfig(level=logging.INFO)
logger = logging.getLogger(__name__)
logger.info('Start reading database')
# read database here
records = {'john': 55, 'tom': 66}
logger.debug('Records: %s', records)
logger.info('Updating records ...')
# 经过上面的渲染，更改了foo里面的logger的配置，所以调用函数可以输出info的basic格式
foo.foo()
bar = foo.Bar()
bar.bar()
