static void StateMachine(void * pObject)
{
key * pKey = (key *) pObject;
eStates KeyState;
switch (pKey->m_State) {
case Up_State:
if (!IsMyChar(pKey, &KeyState))
return;
if (KeyState == Down_State) {
printf("key: ****************** %c pressed\n", pKey->m_Char);
oosmos_SubscriberListNotify(pKey->m_PressedEvent);
pKey->m_State = Down_State;
}
break;
case Down_State:
if (!IsMyChar(pKey, &KeyState))
return;
if (KeyState == Up_State) {
printf("key: ****************** %c released\n", pKey->m_Char);
oosmos_SubscriberListNotify(pKey->m_ReleasedEvent);
pKey->m_State = Up_State;
}
break;
}
}
static bool CheckReceiveError(sock * pSock, recvsize_t BytesReceived)
{
if (BytesReceived == -1) {
const int Error = sockGetLastError();
if (Error == sockEWOULDBLOCK)
return false;
oosmos_SubscriberListNotify(pSock->m_ClosedEvent);
pSock->m_Closed = true;
return true;
}
else if (BytesReceived == 0) {
oosmos_SubscriberListNotify(pSock->m_ClosedEvent);
pSock->m_Closed = true;
return true;
}
return false;
}
static bool CheckSendError(sock * pSock, sendsize_t BytesSent)
{
if (BytesSent <= 0) {
const int Error = sockGetLastError();
if (Error == sockEWOULDBLOCK)
return false;
oosmos_SubscriberListNotify(pSock->m_ClosedEvent);
pSock->m_Closed = true;
return true;
}
return false;
}