def xtest_xxx(self):
result = get_cpp_function_list_with_extnesion("""
void CmDiagnosticsService::startService()
{
TRACE_LOG_BEG(log_);
auto func = limFacade_->fetchByClass(lim::MoFunc_l::className);
if (!func)
{
INFO_LOG(log_) << "Failed to retrieve Func_L object.";
limFacade_->subscribeForFunclCreation(
core::types::bindWeak(shared_from_this(), &CmDiagnosticsService::funcCreateHandler),
subscriptionFuncl_);
return;
}
createAndInitializeCmDiagnostics(func);
TRACE_LOG_END(log_);
}""", ir())
self.assertEqual({"a::b"}, result[0].dependencies)
def xtest_xxx(self):
result = get_cpp_function_list_with_extension(
"""
void CmDiagnosticsService::startService()
{
TRACE_LOG_BEG(log_);
auto func = limFacade_->fetchByClass(lim::MoFunc_l::className);
if (!func)
{
INFO_LOG(log_) << "Failed to retrieve Func_L object.";
limFacade_->subscribeForFunclCreation(
core::types::bindWeak(shared_from_this(), &CmDiagnosticsService::funcCreateHandler),
subscriptionFuncl_);
return;
}
createAndInitializeCmDiagnostics(func);
TRACE_LOG_END(log_);
}""", ir())
self.assertEqual({"a::b"}, result[0].dependencies)
def test_empty_source(self):
result = get_cpp_function_list_with_extension("", ir())
self.assertEqual(0, len(result))
def test_parameter(self):
result = get_cpp_function_list_with_extension("void f(type a){a;}",
ir())
self.assertEqual(set(), result[0].dependencies)
def test_scoped_name(self):
result = get_cpp_function_list_with_extension("int C::f(){a::b();}",
ir())
self.assertEqual({"a::b"}, result[0].dependencies)
def test_using_local_variable(self):
result = get_cpp_function_list_with_extension("int C::f(){type a; a;}",
ir())
self.assertEqual(set(), result[0].dependencies)
def test_a_function_with_keyword(self):
result = get_cpp_function_list_with_extension("int C::f(){if(m)b();}",
ir())
self.assertEqual({"m", "b"}, result[0].dependencies)
def test_a_function_with_one_dependency(self):
result = get_cpp_function_list_with_extension("int C::f(){a();}", ir())
self.assertEqual({"a"}, result[0].dependencies)
def test_a_c_function(self):
result = get_cpp_function_list_with_extension("void f(){}", ir())
self.assertEqual(1, len(result))
self.assertEqual(set(), result[0].dependencies)
def test_empty_source(self):
result = get_cpp_function_list_with_extnesion("", ir())
self.assertEqual(0, len(result))
def test_parameter(self):
result = get_cpp_function_list_with_extnesion("void f(type a){a;}", ir())
self.assertEqual(set(), result[0].dependencies)
def test_scoped_name(self):
result = get_cpp_function_list_with_extnesion("int C::f(){a::b();}", ir())
self.assertEqual({"a::b"}, result[0].dependencies)
def test_using_local_variable(self):
result = get_cpp_function_list_with_extnesion("int C::f(){type a; a;}", ir())
self.assertEqual(set(), result[0].dependencies)
def test_a_function_with_keyword(self):
result = get_cpp_function_list_with_extnesion("int C::f(){if(m)b();}", ir())
self.assertEqual({"m", "b"}, result[0].dependencies)
def test_a_function_with_one_dependency(self):
result = get_cpp_function_list_with_extnesion("int C::f(){a();}", ir())
self.assertEqual({"a"}, result[0].dependencies)
def test_a_c_function(self):
result = get_cpp_function_list_with_extnesion("void f(){}", ir())
self.assertEqual(1, len(result))
self.assertEqual(set(), result[0].dependencies)