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/* AUDEX CDDA EXTRACTOR
* Copyright (C) 2007-2014 Marco Nelles (audex@maniatek.com)
* <http://kde.maniatek.com/audex>
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include "cddaextractthread.h"
static CDDAExtractThread* aet = 0;
void paranoiaCallback(long sector, int status) {
aet->createStatus(sector, status);
}
CDDAExtractThread::CDDAExtractThread(QObject* parent, const QString& device) : QThread(parent) {
paranoia = new CDDAParanoia(this);
if (!paranoia) {
kDebug() << "Unable to create paranoia class. low mem?";
emit error(i18n("Internal device error."), i18n("Check your device and make a bug report."));
return;
}
connect(paranoia, SIGNAL(error(const QString&, const QString&)), this, SLOT(slot_error(const QString&, const QString&)));
paranoia->setDevice(device);
overall_sectors_read = 0;
paranoia_mode = 3;
paranoia_retries = 20;
never_skip = TRUE;
track = 1;
b_interrupt = FALSE;
b_error = FALSE;
read_error = FALSE;
scratch_detected = FALSE;
}
CDDAExtractThread::~CDDAExtractThread() {
delete paranoia;
}
void CDDAExtractThread::start() {
QThread::start();
}
void CDDAExtractThread::run() {
if (!paranoia) return;
if (b_interrupt) return;
b_interrupt = FALSE;
b_error = FALSE;
if (track == 0) {
first_sector = paranoia->firstSectorOfDisc();
last_sector = paranoia->lastSectorOfDisc();
} else {
first_sector = paranoia->firstSectorOfTrack(track);
last_sector = paranoia->lastSectorOfTrack(track);
}
if (first_sector < 0 || last_sector < 0) {
emit info(i18n("Extracting finished."));
return;
}
kDebug() << "Sectors to read: " << QString("%1").arg(last_sector-first_sector);
//status variable
last_read_sector = 0;
overlap = 0;
read_sectors = 0;
//track length
sectors_all = last_sector-first_sector;
sectors_read = 0;
paranoia->setParanoiaMode(paranoia_mode);
paranoia->setNeverSkip(never_skip);
paranoia->setMaxRetries(paranoia_retries);
paranoia->paranoiaSeek(first_sector, SEEK_SET);
current_sector = first_sector;
if (track > 0) {
QString min = QString("%1").arg((sectors_all / 75) / 60, 2, 10, QChar('0'));
QString sec = QString("%1").arg((sectors_all / 75) % 60, 2, 10, QChar('0'));
emit info(i18n("Ripping track %1 (%2:%3)...", track, min, sec));
} else {
emit info(i18n("Ripping whole CD as single track."));
}
extract_protocol.append(i18n("Start reading track %1 with %2 sectors", track, sectors_all));
while (current_sector <= last_sector) {
if (b_interrupt) {
kDebug() << "Interrupt reading.";
break;
}
//let the global paranoia callback have access to this
//to emit signals
aet = this;
int16_t* buf = paranoia->paranoiaRead(paranoiaCallback);
if (0 == buf) {
kDebug() << "Unrecoverable error in paranoia_read (sector " << current_sector << ")";
b_error = TRUE;
break;
} else {
current_sector++;
QByteArray a((char*)buf, CD_FRAMESIZE_RAW);
emit output(a);
a.clear();
sectors_read++;
overall_sectors_read++;
float fraction = 0.0f;
if (sectors_all > 0) fraction = (float)sectors_read / (float)sectors_all;
emit progress((int)(100.0f*fraction), current_sector, overall_sectors_read);
}
}
if (b_interrupt)
emit error(i18n("User canceled extracting."));
if (b_error)
emit error(i18n("An error occurred while ripping track %1.", track));
if ((!b_interrupt) && (!b_error)) {
if (track > 0) {
emit info(i18n("Ripping OK (Track %1).", track));
} else {
emit info(i18n("Ripping OK."));
}
}
kDebug () << "Reading finished.";
extract_protocol.append(i18n("Reading finished"));
}
void CDDAExtractThread::cancel() {
b_interrupt = TRUE;
}
bool CDDAExtractThread::isProcessing() {
return !(b_interrupt || !isRunning());
}
const QStringList& CDDAExtractThread::protocol() {
return extract_protocol;
}
void CDDAExtractThread::slot_error(const QString& message, const QString& details) {
emit error(message, details);
}
void CDDAExtractThread::createStatus(long sector, int status) {
sector /= CD_FRAMESIZE_RAW/2;
QString tp_min = QString("%1").arg((current_sector/75)/60, 2, 10, QChar('0'));
QString tp_sec = QString("%1").arg((current_sector/75)%60, 2, 10, QChar('0'));
switch (status) {
case -1:
break;
case -2:
break;
case PARANOIA_CB_READ:
//no problem
last_read_sector = sector; //this seems to be rather useless
read_sectors++;
read_error = FALSE;
scratch_detected = FALSE;
break;
case PARANOIA_CB_VERIFY:
//kDebug() << "Verifying jitter";
break;
case PARANOIA_CB_FIXUP_EDGE:
kDebug() << "Fixed edge jitter";
extract_protocol.append(i18n("Fixed edge jitter (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
case PARANOIA_CB_FIXUP_ATOM:
kDebug() << "Fixed atom jitter";
extract_protocol.append(i18n("Fixed atom jitter (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
case PARANOIA_CB_SCRATCH:
//scratch detected
kDebug() << "Scratch detected";
if (!scratch_detected) { scratch_detected = TRUE; warning(i18n("Scratch detected (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec)); }
extract_protocol.append(i18n("SCRATCH DETECTED (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
case PARANOIA_CB_REPAIR:
kDebug() << "Repair";
extract_protocol.append(i18n("Repair (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
case PARANOIA_CB_SKIP:
//skipped sector
kDebug() << "Skip";
warning(i18n("Skip sectors (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
extract_protocol.append(i18n("SKIP (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
case PARANOIA_CB_DRIFT:
kDebug() << "Drift";
extract_protocol.append(i18n("Drift (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
case PARANOIA_CB_BACKOFF:
kDebug() << "Backoff";
extract_protocol.append(i18n("Backoff (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
case PARANOIA_CB_OVERLAP:
//sector does not seem to contain the current
//sector but the amount of overlapped data
//kDebug() << "overlap.";
overlap = sector;
break;
case PARANOIA_CB_FIXUP_DROPPED:
kDebug() << "Fixup dropped";
extract_protocol.append(i18n("Fixup dropped (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
case PARANOIA_CB_FIXUP_DUPED:
kDebug() << "Fixup duped";
extract_protocol.append(i18n("Fixup duped (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
case PARANOIA_CB_READERR:
kDebug() << "Read error";
if (!read_error) { read_error = TRUE; warning(i18n("Read error detected (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec)); }
extract_protocol.append(i18n("READ ERROR (absolute sector %1, relative sector %2, track time pos %3:%4)", sector, current_sector, tp_min, tp_sec));
break;
}
}
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