//FUZZ: disable check_for_lack_ACE_OS
void send (void const* msg, size_t size)
{
//FUZZ: enable check_for_lack_ACE_OS
if (size > Protocol::MAX_PAYLOAD_SIZE) throw InvalidArg ();
// Note the potential deadlock if I lock mutex_ and out_data_ in
// reverse order.
MessageQueueAutoLock l1 (out_data_);
AutoLock l2 (mutex_);
throw_if_failed ();
out_data_.push (MessagePtr (new Send (msg, size)));
l1.unlock (); // no need to keep it locked
while (true)
{
throw_if_failed ();
if (!in_send_data_.empty ())
{
MessagePtr m (in_send_data_.front ());
in_send_data_.pop ();
std::type_info const* exp = &typeid (*m);
if (exp == typeid (ACE_TMCast::Aborted))
{
throw Group::Aborted ();
}
else if (exp == typeid (Commited))
{
return;
}
else
{
// cerr << "send: group-scheduler messaging protocol violation; "
// << "unexpected message " << typeid (*m).name ()
// << " " << typeid (Aborted).name () << endl;
ACE_OS::abort ();
}
}
// cerr << "send: waiting on condition" << endl;
send_cond_.wait ();
// cerr << "send: wokeup on condition" << endl;
}
}
void ShaderObjectInfo::validateParameter(const GLenum parameter) const {
static const ValidGLValues VALID_SHADER_OBJECT_PARAMETERS({
ONUX_VALID_GL_VALUE(GL_SHADER_TYPE),
ONUX_VALID_GL_VALUE(GL_DELETE_STATUS),
ONUX_VALID_GL_VALUE(GL_COMPILE_STATUS),
ONUX_VALID_GL_VALUE(GL_INFO_LOG_LENGTH),
ONUX_VALID_GL_VALUE(GL_SHADER_SOURCE_LENGTH),
});
if (!VALID_SHADER_OBJECT_PARAMETERS.contains(parameter)) {
throw InvalidArg(
"parameter",
"ShaderObjectInfo::getValue",
VALID_SHADER_OBJECT_PARAMETERS.getNames()
);
}
}