void MainWindow::ApplyEffect()
{
ui->listWidget->clear();
TCSaveDialog* d = new TCSaveDialog(this);
#if QT_VERSION>=0x050000 && !defined(Q_OS_UNIX)
d->setDirectory(lastdir);
#endif
d->setWindowTitle("Export new audio file");
d->setNameFilter("WAV Files (*.wav)\nMP3 Files(*.mp3)");
if(d->exec()){
QString nf = d->selectedFiles().at(0);
if(nf.isEmpty())return;
QFileInfo info(nf);
lastdir = info.absolutePath();
s = new AudioReader(filename,nf,ui->mode->currentIndex(),ui->fftsize->value(),ui->wsize->value(),ui->dcoef->value(),ui->postcoef->value(),ui->locut->value(),ui->hicut->value(),ui->decay->value(),ui->overlapf->value());
ui->pushButton->disconnect();
connect(s,SIGNAL(TCMessage(QString)),ui->statusBar,SLOT(showMessage(QString)));
connect(s,SIGNAL(TCMessage(QString)),this,SLOT(showMessage(QString)));
connect(s,SIGNAL(TCMax(int)),ui->progressBar,SLOT(setMaximum(int)) );
connect(s,SIGNAL(TCProg(int)),ui->progressBar,SLOT(setValue(int)) );
connect(s,SIGNAL(TCColor(QString)),ui->statusBar,SLOT(setStyleSheet(QString)) ) ;
connect(s,SIGNAL(finished()),s,SLOT(terminate()) );
connect(s,SIGNAL(finished()),SLOT(ProcessDone()) );
connect(s,SIGNAL(TCProperty(QString)),SLOT(AddFileProperty(QString)) );
connect(ui->pushButton,SIGNAL(clicked()),s,SLOT(toggleRun()) );
ui->pushButton->setText(nextText);
s->start();
}
void WPSRegistrar::RunWPS()
{
switch(m_state) {
case init:
{
char buf[40];
m_regInfo.password.Reset();
if (m_devPwdId == WSC_DEVICEPWDID_DEFAULT || m_devPwdId == WSC_DEVICEPWDID_PUSH_BTN) {
sprintf(buf,"%08d", m_defaultPin);
m_regInfo.password.Append(strlen(buf),(uint8*) buf);
m_regInfo.p_registrarInfo->devPwdId = m_devPwdId;
} else { // one of the other password types such as user-defined or machine-defined
m_regInfo.password.Append(m_devicePassword.Length(), m_devicePassword.GetBuf());
//m_regInfo.enrolleePwdId = m_devPwdId;
}
BufferObj outBuf;
//outBuf.Append(1, (uint8 *) "");
SendWPSMessage(this, m_peer, m_callback, outBuf);
m_state = device_info;
}
break;
case device_info:
m_state = ProcessM1();
break;
case sent_m2d: // The Device has been asked to display its PIN number. Prompt user to enter it.
{
// Should get here only if Device is now ready to proceed (either its PBC button has been pushed,
// or it has a label-based PIN, or it is currently displaying its dynamic PIN).
uint32 message_type;
int err = g_regProtocol.GetMsgType(message_type, m_msgBuffer);
if(WSC_SUCCESS != err)
{
m_state = init; // reset the state machine to recover from error
return;
}
if (message_type == WSC_ID_MESSAGE_ACK) { // Device is ready to run protocol
if (m_devPwdId == WSC_DEVICEPWDID_PUSH_BTN &&
m_devPwdId == m_regInfo.p_enrolleeInfo->devPwdId) {
printf("\n*********\nUsing push-button method...\n");
m_state = SendM2();
} else if (m_regInfo.p_enrolleeInfo->devPwdId == WSC_DEVICEPWDID_DEFAULT) {
m_state = AskForPin(); // Device is using a PIN for its password ID
} else if (m_regInfo.p_enrolleeInfo->devPwdId == WSC_DEVICEPWDID_PUSH_BTN) {
// Device is in PBC mode but Registrar is not.
// Automatically switch into PBC mode
printf("\n******** Device wants to use PBC mode. Is this okay? (Y/N) ");
char c;
c = getc(stdin);
if (c == 'y' || c == 'Y') {
m_devPwdId = WSC_DEVICEPWDID_PUSH_BTN;
m_regInfo.p_registrarInfo->devPwdId = m_devPwdId;
m_regInfo.password.Reset();
m_regInfo.password.Append(8,(uint8*) "00000000");
printf("\n*********\nUsing push-button method...\n");
m_state = SendM2();
} else {
m_state = err_build_m2;
return;
}
} else { // Device wants to use some other password type that the Registrar doesn't support
m_state = err_build_m2;
return;
}
} else if (message_type == WSC_ID_MESSAGE_NACK) { // Device is not ready to run protocol
printf("got NACK from Device\n");
if (m_devPwdId == WSC_DEVICEPWDID_PUSH_BTN) {
printf("\n*********\nUsing push-button method. Please press button on Device now.\n");
m_state = got_nack_after_m2d; // stay in this state for now
}
}
}
break;
// Registrar will not send another message until it sees the Device transition its SetupReady
// state variable to 1. At that point, it will call back into the state machine here and continue
// the setup operation.
case got_nack_after_m2d:
printf("Waiting for button press on Device\n");
m_state = SendM2();
break;
case sent_m2:
m_state = ProcessM3();
break;
case sent_m4:
m_state = ProcessM5();
break;
case sent_m6:
m_state = ProcessM7();
break;
case sent_m8:
m_state = ProcessDone();
break;
case sent_ack:
m_state = init;
break;
}
if (m_state < init) { // error condition
printf("Message Processing Error in Registrar state %d\n",m_state);
m_state = init;
}
}
