void tst_QSimToolkit::testDeliverSendDTMF()
{
QFETCH( QByteArray, data );
QFETCH( QByteArray, resp );
QFETCH( int, resptype );
QFETCH( QString, text );
QFETCH( QString, number );
QFETCH( int, iconId );
QFETCH( bool, iconSelfExplanatory );
QFETCH( QByteArray, textAttribute );
QFETCH( QString, html );
QFETCH( int, options );
Q_UNUSED(resptype);
Q_UNUSED(html);
// Output a dummy line to give some indication of which test we are currently running.
qDebug() << "";
// Clear the client/server state.
server->clear();
deliveredCommand = QSimCommand();
// Compose and send the command.
QSimCommand cmd;
cmd.setType( QSimCommand::SendDTMF );
cmd.setDestinationDevice( QSimCommand::Network );
cmd.setText( text );
cmd.setNumber( number );
cmd.setIconId( (uint)iconId );
cmd.setIconSelfExplanatory( iconSelfExplanatory );
cmd.setTextAttribute( textAttribute );
server->emitCommand( cmd );
// Wait for the command to arrive in the client.
QVERIFY( QFutureSignal::wait( this, SIGNAL(commandSeen()), 100 ) );
// Verify that the command was delivered exactly as we asked.
QVERIFY( deliveredCommand.type() == cmd.type() );
QVERIFY( deliveredCommand.text() == cmd.text() );
QVERIFY( deliveredCommand.number() == cmd.number() );
QVERIFY( deliveredCommand.iconId() == cmd.iconId() );
QVERIFY( deliveredCommand.iconSelfExplanatory() == cmd.iconSelfExplanatory() );
QVERIFY( deliveredCommand.textAttribute() == cmd.textAttribute() );
QCOMPARE( deliveredCommand.toPdu( (QSimCommand::ToPduOptions)options ), data );
// The terminal response should have been sent immediately to ack reception of the command.
// We cannot check the return data explicitly because that will be handled in the modem
// and will typically be invisible to Qtopia. We therefore compare against what the
// response would be without the return data.
QCOMPARE( server->responseCount(), 1 );
QCOMPARE( server->envelopeCount(), 0 );
QSimTerminalResponse resp2;
resp2.setCommand( deliveredCommand );
resp2.setResult( QSimTerminalResponse::Success );
QCOMPARE( server->lastResponse(), resp2.toPdu() );
}
void tst_QSimToolkit::testEncodeSendDTMF()
{
QFETCH( QByteArray, data );
QFETCH( QByteArray, resp );
QFETCH( int, resptype );
QFETCH( QString, text );
QFETCH( QString, number );
QFETCH( int, iconId );
QFETCH( bool, iconSelfExplanatory );
QFETCH( QByteArray, textAttribute );
QFETCH( QString, html );
QFETCH( int, options );
// Output a dummy line to give some indication of which test we are currently running.
qDebug() << "";
// Check that the command PDU can be parsed correctly.
QSimCommand decoded = QSimCommand::fromPdu(data);
QVERIFY( decoded.type() == QSimCommand::SendDTMF );
QVERIFY( decoded.destinationDevice() == QSimCommand::Network );
QCOMPARE( decoded.text(), text );
QCOMPARE( decoded.number(), number );
QCOMPARE( (int)decoded.iconId(), iconId );
QCOMPARE( decoded.iconSelfExplanatory(), iconSelfExplanatory );
QCOMPARE( decoded.textAttribute(), textAttribute );
if ( !textAttribute.isEmpty() )
QCOMPARE( decoded.textHtml(), html );
// Check that the original command PDU can be reconstructed correctly.
QByteArray encoded = decoded.toPdu( (QSimCommand::ToPduOptions)options );
QCOMPARE( encoded, data );
// Check that the terminal response PDU can be parsed correctly.
QSimTerminalResponse decodedResp = QSimTerminalResponse::fromPdu(resp);
QVERIFY( data.contains( decodedResp.commandPdu() ) );
if ( resptype < 0x0100 ) {
QVERIFY( decodedResp.result() == (QSimTerminalResponse::Result)resptype );
QVERIFY( decodedResp.causeData().isEmpty() );
QVERIFY( decodedResp.cause() == QSimTerminalResponse::NoSpecificCause );
} else {
QVERIFY( decodedResp.result() == (QSimTerminalResponse::Result)(resptype >> 8) );
QVERIFY( decodedResp.causeData().size() == 1 );
QVERIFY( decodedResp.cause() == (QSimTerminalResponse::Cause)(resptype & 0xFF) );
}
// Check that the original terminal response PDU can be reconstructed correctly.
QCOMPARE( decodedResp.toPdu(), resp );
}
void tst_QSimToolkit::testEncodeSendSMS()
{
QFETCH( QByteArray, data );
QFETCH( QByteArray, resp );
QFETCH( QByteArray, tpdu );
QFETCH( int, resptype );
QFETCH( QString, text );
QFETCH( QString, number );
QFETCH( bool, smsPacking );
QFETCH( int, iconId );
QFETCH( bool, iconSelfExplanatory );
QFETCH( QByteArray, textAttribute );
QFETCH( QString, html );
QFETCH( int, options );
// Output a dummy line to give some indication of which test we are currently running.
qDebug() << "";
// Check that the command PDU can be parsed correctly.
QSimCommand decoded = QSimCommand::fromPdu(data);
QVERIFY( decoded.type() == QSimCommand::SendSMS );
QVERIFY( decoded.destinationDevice() == QSimCommand::Network );
QCOMPARE( decoded.text(), text );
if ( text.isEmpty() ) {
if ( ( options & QSimCommand::EncodeEmptyStrings ) != 0 )
QVERIFY( decoded.suppressUserFeedback() );
else
QVERIFY( !decoded.suppressUserFeedback() );
} else {
QVERIFY( !decoded.suppressUserFeedback() );
}
QCOMPARE( decoded.number(), number );
QCOMPARE( decoded.smsPacking(), smsPacking );
QCOMPARE( (int)decoded.iconId(), iconId );
QCOMPARE( decoded.iconSelfExplanatory(), iconSelfExplanatory );
QCOMPARE( decoded.textAttribute(), textAttribute );
if ( !textAttribute.isEmpty() )
QCOMPARE( decoded.textHtml(), html );
// Check the final TPDU. If packing is specified, we have to parse the SMS
// and then re-encode it with the 7-bit alphabet.
QByteArray newtpdu = decoded.extensionField(0x8B);
if ( smsPacking ) {
// Add dummy service center address that isn't in the TPDU before decoding.
QSMSMessage msg = QSMSMessage::fromPdu( QByteArray( 1, 0 ) + newtpdu );
msg.setDataCodingScheme( msg.dataCodingScheme() & 0xF3 ); // Convert to 7-bit
// Convert back into a pdu and strip off the dummy service center address.
newtpdu = msg.toPdu().mid(1);
}
// The TPDU in the command will have a message reference of 0.
// We need to change it to the transmission message reference of 1
// before we do the comparison.
newtpdu[1] = (char)1;
QCOMPARE( newtpdu, tpdu );
// Check that the original command PDU can be reconstructed correctly.
QByteArray encoded = decoded.toPdu( (QSimCommand::ToPduOptions)options );
QCOMPARE( encoded, data );
// Check that the terminal response PDU can be parsed correctly.
QSimTerminalResponse decodedResp = QSimTerminalResponse::fromPdu(resp);
QVERIFY( data.contains( decodedResp.commandPdu() ) );
if ( resptype < 0x0100 ) {
QVERIFY( decodedResp.result() == (QSimTerminalResponse::Result)resptype );
QVERIFY( decodedResp.causeData().isEmpty() );
QVERIFY( decodedResp.cause() == QSimTerminalResponse::NoSpecificCause );
} else {
QVERIFY( decodedResp.result() == (QSimTerminalResponse::Result)(resptype >> 8) );
QVERIFY( decodedResp.causeData().size() == 1 );
QVERIFY( decodedResp.cause() == (QSimTerminalResponse::Cause)(resptype & 0xFF) );
}
// Check that the original terminal response PDU can be reconstructed correctly.
QCOMPARE( decodedResp.toPdu(), resp );
}
void tst_QSimToolkit::testDeliverSendSMS()
{
QFETCH( QByteArray, data );
QFETCH( QByteArray, resp );
QFETCH( QByteArray, tpdu );
QFETCH( int, resptype );
QFETCH( QString, text );
QFETCH( QString, number );
QFETCH( bool, smsPacking );
QFETCH( int, iconId );
QFETCH( bool, iconSelfExplanatory );
QFETCH( QByteArray, textAttribute );
QFETCH( QString, html );
QFETCH( int, options );
Q_UNUSED(html);
// Output a dummy line to give some indication of which test we are currently running.
qDebug() << "";
// Clear the client/server state.
server->clear();
deliveredCommand = QSimCommand();
// Compose and send the command.
QSimCommand cmd;
cmd.setType( QSimCommand::SendSMS );
cmd.setDestinationDevice( QSimCommand::Network );
cmd.setText( text );
if ( text.isEmpty() && ( options & QSimCommand::EncodeEmptyStrings ) != 0 )
cmd.setSuppressUserFeedback( true );
cmd.setNumber( number );
cmd.setSmsPacking( smsPacking );
cmd.setIconId( (uint)iconId );
cmd.setIconSelfExplanatory( iconSelfExplanatory );
cmd.setTextAttribute( textAttribute );
QByteArray newtpdu = tpdu;
if ( smsPacking ) {
// To prevent truncation of the 1.4.1 test data during 7-bit to 8-bit conversion,
// we extract the TPDU from "data" rather than use "tpdu".
newtpdu = QSimCommand::fromPdu( data ).extensionField(0x8B);
}
newtpdu[1] = (char)0;
cmd.addExtensionField( 0x8B, newtpdu );
server->emitCommand( cmd );
// Wait for the command to arrive in the client.
QVERIFY( QFutureSignal::wait( this, SIGNAL(commandSeen()), 100 ) );
// Verify that the command was delivered exactly as we asked.
QVERIFY( deliveredCommand.type() == cmd.type() );
QVERIFY( deliveredCommand.text() == cmd.text() );
QVERIFY( deliveredCommand.suppressUserFeedback() == cmd.suppressUserFeedback() );
QVERIFY( deliveredCommand.number() == cmd.number() );
QVERIFY( deliveredCommand.smsPacking() == cmd.smsPacking() );
QVERIFY( deliveredCommand.iconId() == cmd.iconId() );
QVERIFY( deliveredCommand.iconSelfExplanatory() == cmd.iconSelfExplanatory() );
QVERIFY( deliveredCommand.extensionData() == cmd.extensionData() );
QVERIFY( deliveredCommand.textAttribute() == cmd.textAttribute() );
QCOMPARE( deliveredCommand.toPdu( (QSimCommand::ToPduOptions)options ), data );
// The terminal response should have been sent immediately to ack reception of the command.
QCOMPARE( server->responseCount(), 1 );
QCOMPARE( server->envelopeCount(), 0 );
if ( resptype != 0x0004 ) {
QCOMPARE( server->lastResponse(), resp );
} else {
// We cannot test the "icon not displayed" case because the qtopiaphone
// library will always respond with "command performed successfully".
// Presumably the Qtopia user interface can always display icons.
QByteArray resp2 = resp;
resp2[resp2.size() - 1] = 0x00;
QCOMPARE( server->lastResponse(), resp2 );
}
}
