void WBSDBaseWindow::gotMessage(Message aMsg){
//qDebug() << "Got message:" << aMsg.getMsg().toHex();
emit transferMessage(aMsg);
// if (queryQue.length()==0)
// this->setCursor(Qt::ArrowCursor);
}
void TConnectionProcessor::TOutboxQueue::transmissionLoop()
{
bool notificationSent = false;
TPhysicalMailMessage mail_msg;
TRequestMessage auth_msg;
TStoredMailMessage storedMsg;
bool auth_flag = false;
while(!isCancelled() && fetchNextMessage(&storedMsg, &mail_msg, &auth_msg, &auth_flag))
{
if(!notificationSent)
{
Processor.Sink->OnMessageSendingStart();
notificationSent = true;
}
if(auth_flag)
{
if(transferAuthMsg(storedMsg.from_key, auth_msg))
Outbox->remove_message(storedMsg);
}
else
{
if(transferMessage(storedMsg.from_key, mail_msg))
moveMsgToSentDB(storedMsg, mail_msg);
}
if(isCancelled())
break;
fc::usleep(fc::milliseconds(250));
}
if(notificationSent)
Processor.Sink->OnMessageSendingEnd();
}
void WBSDBaseWindow::connectToMessages(QObject *aWindow){
connect(this ,SIGNAL(transferMessage(Message)),aWindow,SLOT(gotMessage(Message)));
connect(this ,SIGNAL(newConnectionStatus(int,StringMessage)),aWindow,SLOT(connectionStatusChanged (int,StringMessage)));
}
void Smarty::poll() {
if (m_buttonPin < 255)
if (digitalRead(m_buttonPin) == LOW && m_prevButtonState == HIGH) {
m_prevButtonState = LOW;
// fire a message to the combrick
}
else if (digitalRead(m_buttonPin) == HIGH && m_prevButtonState == LOW) {
m_prevButtonState = HIGH;
}
// if ( m_radio.available(&pipe_num) ) {
// m_radio.read(&m_rxMessage, CONSTANT_PAYLOAD_SIZE);
if ((pipe_num = checkRx()) >= 0) {
sendDebug("Received message from pipe %d", pipe_num);
sendDebug("Opcode is %d", m_rxMessage.m_opcode);
if (pipe_num == SMARTY_RX_PIPE && m_rxMessage.m_smartyID == m_config.m_smartyID) {
//Serial.println("This command is for me");
switch (m_rxMessage.m_opcode) {
case OPCODE_GENERIC_CMD:
if (mp_genericCmdCb != NULL)
mp_genericCmdCb(m_rxMessage.m_params[0], m_rxMessage.m_params + 1);
break;
case OPCODE_SET_ANALOG_CMD:
if (mp_setAnalogCmdCb != NULL) {
memcpy(pinCmds, m_rxMessage.m_params, 6);
mp_setAnalogCmdCb(pinCmds);
}
else {
sendDebug("set analog command for me");
memcpy(pinCmds, m_rxMessage.m_params, 6);
for (int i = 0; i < NUM_HW_PINS; i++) {
if (pinCmds[i].m_pinId < NUM_HW_PINS && m_pins[pinCmds[i].m_pinId].m_type == ANALOG_OUT)
{
analogWrite(m_pins[pinCmds[i].m_pinId].m_pinHwId, pinCmds[i].m_value);
sendDebug("Found pin");
}
}
}
break;
case OPCODE_SET_DIGITAL_CMD:
if (mp_setDigitalCmdCb != NULL) {
memcpy(pinCmds, m_rxMessage.m_params, 6);
mp_setDigitalCmdCb(pinCmds);
}
else {
memcpy(pinCmds, m_rxMessage.m_params, 6);
for (int i = 0; i < NUM_HW_PINS; i++) {
if (pinCmds[i].m_pinId < NUM_HW_PINS && m_pins[pinCmds[i].m_pinId].m_type == ANALOG_OUT)
digitalWrite(m_pins[pinCmds[i].m_pinId].m_pinHwId, pinCmds[i].m_value == 0 ? LOW : HIGH);
}
}
break;
case OPCODE_DC_MOTOR_CMD:
if (mp_dcMotorCmdCb != NULL)
mp_dcMotorCmdCb(m_rxMessage.m_params[1], m_rxMessage.m_params[2], m_rxMessage.m_params[3], m_rxMessage.m_params[4]);
break;
default:
if (mp_defaultCmdCb != NULL)
mp_defaultCmdCb(&m_rxMessage.m_opcode);
break;
}
}
else if (pipe_num == SMARTY_RX_PIPE) {
// the message is intended for another smarty - transfer it (relay mode)
// this should depend on a network map saved in the eeprom
// design should allow unlimited hops
transferMessage();
}
else if (pipe_num == BROADCAST_RX_PIPE) {
}
}
}
