/*
* copies "header" to a newly allocated data structure
*/
srmio_data_t srmio_data_header( srmio_data_t src, srmio_error_t *err )
{
srmio_data_t dst;
assert(src);
if( NULL == ( dst = srmio_data_new( err ) ))
return NULL;
if( src->notes && NULL == ( dst->notes = strdup( src->notes ) ) ){
srmio_error_errno( err, "data notes" );
goto clean1;
}
if( src->athlete && NULL == ( dst->athlete = strdup( src->athlete ) ) ){
srmio_error_errno( err, "data athlete");
goto clean1;
}
dst->slope = src->slope;
dst->zeropos = src->zeropos;
dst->circum = src->circum;
return dst;
clean1:
srmio_data_free(dst);
return NULL;
}
bool
SrmDevice::download( const QDir &tmpdir,
QList<DeviceDownloadFile> &files,
QString &err)
{
srmio_error_t serr;
struct _srmio_pc_xfer_block_t block;
srmio_data_t data( NULL );
srmio_data_t *splitList( NULL );
srmio_data_t *split;
int mfirst( -1 );
size_t block_cnt, block_num( 0 );
size_t prog_sum( 0 ), prog_prev( 0 );
size_t chunks_done( 0 );
srmio_time_t splitGap( 72000 ); // 2h - NOTE: we could make this configurable
if( ! is_open ){
if( ! open( err ) )
return false;
}
// fetch preview in case user didn't
if( srmio_pc_can_preview(pc) && rideList.size() == 0 ){
if( ! preview( err ) )
return false;
}
data = srmio_data_new( &serr );
if( ! data ){
err = tr("failed to allocate data handle: %1")
.arg(serr.message);
goto fail;
}
if( m_Cancelled ){
err = tr("download cancelled");
goto fail;
}
if( ! srmio_pc_xfer_start( pc, &serr )){
err = tr("failed to start download: %1")
.arg(serr.message);
goto fail;
}
if( ! srmio_pc_xfer_get_blocks( pc, &block_cnt, &serr ) ){
err = tr("failed to get number of data blocks: %1")
.arg(serr.message);
goto fail1;
}
for( int i = 0; i < rideList.size(); ++i ){
if( rideList.at(i)->wanted )
prog_sum += rideList.at(i)->work;
}
while( srmio_pc_xfer_block_next( pc, &block )){
bool wanted = false;
struct _srmio_chunk_t chunk;
bool is_int;
bool is_first;
size_t prog_total;
if( rideList.empty() ){
wanted = true;
} else {
for( int i = 0; i < rideList.size(); ++i ){
if( rideList.at(i)->startTime.toTime_t() == block.start / 10 ){
wanted = rideList.at(i)->wanted;
break;
}
}
}
if( ! wanted ){
emit updateStatus(tr("skipping unselected ride block %1")
.arg(block_num +1));
++block_num;
continue;
}
data->slope = block.slope;
data->zeropos = block.zeropos;
data->circum = block.circum;
if( block.athlete ){
if( data->athlete )
free( data->athlete );
data->athlete = strdup( block.athlete );
}
if( ! rideList.empty() ){
prog_total = prog_sum;
} else if( block_cnt == 1 ){
prog_total = block.total;
} else {
prog_total = block_cnt * 1000;
}
while( srmio_pc_xfer_chunk_next( pc, &chunk, &is_int, &is_first ) ){
if( m_Cancelled ){
err = tr("download cancelled");
goto fail1;
}
if( chunks_done % 16 == 0 ){
size_t block_done;
srmio_pc_xfer_block_progress( pc, &block_done );
if( ! rideList.empty() ){
block_done += prog_prev;
} else if( block_cnt == 1 ){
// unchanged
} else {
block_done = (double)block_num * 1000
+ 1000 * block.total / block_done;
}
emit updateProgress( tr("progress: %1/%2")
.arg(block_done)
.arg(prog_total));
}
if( ! srmio_data_add_chunk( data, &chunk, &serr ) ){
err = tr("adding chunk failed: %1")
.arg(serr.message);
goto fail1;
}
++chunks_done;
/* finish previous marker */
if( mfirst >= 0 && ( ! is_int || is_first ) )
if( ! srmio_data_add_marker( data, mfirst, data->cused -2, &serr ) ){
err = tr("adding marker failed: %1")
.arg(serr.message);
goto fail1;
}
/* start marker */
if( is_first ){
mfirst = (int)data->cused -1;
} else if( ! is_int ){
mfirst = -1;
}
}
/* finalize marker at block end */
if( mfirst >= 0 ){
if( ! srmio_data_add_marker( data, mfirst, data->cused -1, &serr ) ){;
err = tr("adding marker failed: %1")
.arg(serr.message);
goto fail1;
}
mfirst = -1;
}
if( ! rideList.empty() )
prog_prev += block.total;
else
prog_prev += 1000;
if( block.athlete )
free( block.athlete );
block.athlete = NULL;
++block_num;
}
if( srmio_pc_xfer_state_success != srmio_pc_xfer_status( pc, &serr ) ){
err = tr( "download failed: %1")
.arg(serr.message);
goto fail;
}
if( ! srmio_pc_xfer_finish( pc, &serr ) ){
err = tr( "download failed: %1")
.arg(serr.message);
goto fail;
}
emit updateStatus( tr("got %1 records").arg(data->cused) );
if( m_Cancelled ){
err = tr("download cancelled");
goto fail;
}
if( ! data->cused ){
err = tr("no data available");
goto fail;
}
splitList = srmio_data_split( data, splitGap, 1000, &serr );
if( ! splitList ){
err = tr("Couldn't split data: %1")
.arg(serr.message);
goto fail;
}
for( split = splitList; *split; ++split ){
FILE *fh( NULL );
srmio_time_t stime;
srmio_data_t fixed;
DeviceDownloadFile file;
// skip empty hunks ... shouldn't happen, just to be safe
if( ! (*split)->cused ){
continue;
}
fixed = srmio_data_fixup( *split, &serr );
if( ! fixed ){
err = tr("Couldn't fixup data: %1")
.arg(serr.message);
goto fail;
}
// skip empty hunks ... shouldn't happen, just to be safe
if( ! fixed->cused ){
srmio_data_free(fixed);
continue;
}
file.extension = "srm";
if (!get_tmpname(tmpdir, file.name, err))
goto fail;
if( ! srmio_data_time_start( fixed, &stime, &serr ) ){
srmio_data_free(fixed);
err = tr("Couldn't get start time of data: %1")
.arg(serr.message);
goto fail;
}
file.startTime.setTime_t( 0.1 * stime );
fh = fopen( file.name.toAscii().constData(), "wb" );
if( ! fh ){
srmio_data_free(fixed);
err = tr( "failed to open file %1: %2")
.arg(file.name)
.arg(strerror(errno));
goto fail;
}
if( ! srmio_file_srm7_write(fixed, fh, &serr) ){
srmio_data_free(fixed);
err = tr("Couldn't write to file %1: %2")
.arg(file.name)
.arg(serr.message);
fclose(fh);
goto fail;
}
files.append(file);
fclose( fh );
srmio_data_free(fixed);
}
for( split = splitList; *split; ++split )
srmio_data_free( *split );
free(splitList);
srmio_data_free( data );
return true;
fail1:
srmio_pc_xfer_finish(pc, NULL);
fail:
if( data ) srmio_data_free( data );
if( splitList ){
for( split = splitList; *split; ++split )
srmio_data_free( *split );
free(splitList);
}
close();
return false;
}