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#include "gd77.hh"
#include "logger.hh"
#include "config.hh"
#define BSIZE 1024
static Radio::Features _gd77_features =
{
true, // hasDigital
true, // hasAnalog
false, // hasGPS
8, // maxNameLength
16, // maxIntroLineLength
1024, // maxChannels
16, // maxChannelNameLength
32, // maxZones
16, // maxZoneNameLength
32, // maxChannelsInZone
false, // hasABZone
64, // maxScanlists
16, // maxScanlistNameLength
32, // maxChannelsInScanlist
true, // scanListNeedPriority
256, // maxContacts
16, // maxContactNameLength
/// @bug Check.
64, // maxGrouplists
16, // maxGrouplistNameLength
16 // maxContactsInGrouplist
};
GD77::GD77(QObject *parent)
: Radio(parent), _name("Radioddity GD-77"), _dev(nullptr), _config(nullptr)
{
// pass...
}
const QString &
GD77::name() const {
return _name;
}
const Radio::Features &
GD77::features() const {
return _gd77_features;
}
const CodePlug &
GD77::codeplug() const {
return _codeplug;
}
CodePlug &
GD77::codeplug() {
return _codeplug;
}
bool
GD77::startDownload(Config *config, bool blocking) {
if (StatusIdle != _task)
return false;
_config = config;
if (!_config)
return false;
_dev = new HID(0x0483, 0xdf11, this);
if (! _dev->isOpen()) {
_dev->deleteLater();
return false;
}
_task = StatusDownload;
_config->reset();
if (blocking) {
run();
return (StatusIdle == _task);
}
start();
return true;
}
bool
GD77::startUpload(Config *config, bool blocking, bool update) {
if (StatusIdle != _task)
return false;
if (! (_config = config))
return false;
_dev = new HID(0x15a2, 0x0073, this);
if (!_dev->isOpen()) {
_dev->deleteLater();
return false;
}
_task = StatusUpload;
if (blocking) {
run();
return (StatusIdle == _task);
}
start();
return true;
}
void
GD77::run() {
if (StatusDownload == _task) {
emit downloadStarted();
// Check every segment in the codeplug
size_t totb = 0;
for (int n=0; n<_codeplug.image(0).numElements(); n++) {
if (! _codeplug.image(0).element(n).isAligned(BSIZE)) {
_errorMessage = QString("%1 Cannot download codeplug: Codeplug element %2 (addr=%3, size=%4) "
"is not aligned with blocksize %5.").arg(__func__)
.arg(n).arg(_codeplug.image(0).element(n).address())
.arg(_codeplug.image(0).element(n).data().size()).arg(BSIZE);
_task = StatusError;
_dev->close();
_dev->deleteLater();
emit downloadError(this);
return;
}
totb += _codeplug.image(0).element(n).data().size()/BSIZE;
}
// Then download codeplug
size_t bcount = 0;
for (int n=0; n<_codeplug.image(0).numElements(); n++) {
uint addr = _codeplug.image(0).element(n).address();
uint size = _codeplug.image(0).element(n).data().size();
uint b0 = addr/BSIZE, nb = size/BSIZE;
for (uint b=0; b<nb; b++, bcount++) {
if (! _dev->read_block(b0+b, _codeplug.data((b0+b)*BSIZE), BSIZE)) {
_errorMessage = QString("%1 Cannot download codeplug: %2").arg(__func__)
.arg(_dev->errorMessage());
_task = StatusError;
_dev->read_finish();
_dev->close();
_dev->deleteLater();
emit downloadError(this);
return;
}
logDebug() << "Read block " << (b0+b) << ".";
emit downloadProgress(float(bcount*100)/totb);
}
}
_dev->read_finish();
_task = StatusIdle;
_dev->reboot();
_dev->close();
_dev->deleteLater();
emit downloadFinished();
if (_codeplug.decode(_config))
emit downloadComplete(this, _config);
else
emit downloadError(this);
_config = nullptr;
} else if (StatusUpload == _task) {
emit uploadStarted();
// Check every segment in the codeplug
size_t totb = 0;
for (int n=0; n<_codeplug.image(0).numElements(); n++) {
if (! _codeplug.image(0).element(n).isAligned(BSIZE)) {
_errorMessage = QString("%1 Cannot upload codeplug: Codeplug element %2 (addr=%3, size=%4) "
"is not aligned with blocksize %5.").arg(__func__)
.arg(n).arg(_codeplug.image(0).element(n).address())
.arg(_codeplug.image(0).element(n).data().size()).arg(BSIZE);
_task = StatusError;
_dev->read_finish();
_dev->close();
_dev->deleteLater();
emit downloadError(this);
return;
}
totb += _codeplug.image(0).element(n).data().size()/BSIZE;
}
_dev->read_finish();
// First download codeplug from device:
size_t bcount = 0;
for (int n=0; n<_codeplug.image(0).numElements(); n++) {
uint addr = _codeplug.image(0).element(n).address();
uint size = _codeplug.image(0).element(n).data().size();
uint b0 = addr/BSIZE, nb = size/BSIZE;
for (uint b=0; b<nb; b++, bcount++) {
if (! _dev->read_block(b0+b, _codeplug.data((b0+b)*BSIZE), BSIZE)) {
_errorMessage = QString("%1 Cannot upload codeplug: %2").arg(__func__)
.arg(_dev->errorMessage());
_task = StatusError;
_dev->read_finish();
_dev->close();
_dev->deleteLater();
emit downloadError(this);
return;
}
emit uploadProgress(float(bcount*50)/totb);
}
}
// Encode config into codeplug
_codeplug.encode(_config);
// then, upload modified codeplug
bcount = 0;
for (int n=0; n<_codeplug.image(0).numElements(); n++) {
uint addr = _codeplug.image(0).element(n).address();
uint size = _codeplug.image(0).element(n).data().size();
uint b0 = addr/BSIZE, nb = size/BSIZE;
for (size_t b=1; b<nb; b++,bcount++) {
if (! _dev->write_block(b, _codeplug.data((b0+b)*BSIZE), BSIZE)) {
_errorMessage = QString("%1 Cannot upload codeplug: %2").arg(__func__)
.arg(_dev->errorMessage());
_task = StatusError;
_dev->write_finish();
_dev->close();
_dev->deleteLater();
emit uploadError(this);
return;
}
emit uploadProgress(50+float(bcount*50)/totb);
}
}
_task = StatusIdle;
_dev->write_finish();
_dev->reboot();
_dev->close();
_dev->deleteLater();
emit uploadComplete(this);
}
}
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