static uint32_t
appIoThreadEntry(uint32_t coreId, void *arg2)
{
auto queue = &sAppIo->queues[coreId];
OSInitMessageQueue(queue, &sAppIo->messages[coreId * MessagesPerCore], MessagesPerCore);
while (true) {
OSMessage msg;
OSReceiveMessage(queue, &msg, OSMessageFlags::Blocking);
auto funcType = static_cast<OSFunctionType>(msg.args[2].value());
switch (funcType) {
case OSFunctionType::FsaCmdAsync:
{
auto result = FSAGetAsyncResult(&msg);
if (result->userCallback) {
result->userCallback(result->error,
result->command,
result->request,
result->response,
result->userContext);
}
break;
}
case OSFunctionType::FsCmdAsync:
{
auto result = FSGetAsyncResult(&msg);
if (result->asyncData.userCallback) {
result->asyncData.userCallback(result->client,
result->block,
result->status,
result->asyncData.userContext);
}
break;
}
case OSFunctionType::FsCmdHandler:
{
fsCmdBlockHandleResult(reinterpret_cast<FSCmdBlockBody *>(msg.message.get()));
break;
}
default:
decaf_abort(fmt::format("Unimplemented OSFunctionType {}", funcType));
}
}
}
int msgThreadEntry(int argc, const char **argv)
{
// Give main thread a chance to block on the message queue
OSMessage msg;
sMessagesRead = 0;
while (sMessagesRead < NumMessages) {
// Receive message
test_eq(OSReceiveMessage(&sQueue, &msg, OS_MESSAGE_FLAGS_BLOCKING), TRUE);
test_eq(msg.message, (void *)1);
test_eq(msg.args[0], 2 + sMessagesRead);
test_eq(msg.args[1], 3);
test_eq(msg.args[2], 4);
++sMessagesRead;
}
return 0;
}