// TODO: optimize and check if pattern is just one byte, so memset can be used
// TODO: see if copying larger chunks with memcpy is faster, so
QMimeData* ByteArrayPatternGenerator::generateData()
{
const int patternSize = mSettings.pattern.size();
const int insertDataSize = mSettings.count * patternSize;
QByteArray insertData( insertDataSize, '\0' );
char* rawInsertData = insertData.data();
const char* rawPatternData = mSettings.pattern.constData();
for( int i=0; i < insertDataSize; i+= patternSize )
memcpy( &rawInsertData[i], rawPatternData, patternSize );
QMimeData* mimeData = new QMimeData;
mimeData->setData( mimeType(), insertData );
// TODO: a method to get the description of the change, e.g.
#if 0
Okteta::ChangesDescribable *changesDescribable =
qobject_cast<Okteta::ChangesDescribable*>( mByteArrayModel );
if( changesDescribable )
changesDescribable->openGroupedChange( i18n("Pattern inserted.") );
mByteArrayView->insert( insertData );
// mByteArrayModel->replace( filteredSection, filterResult );
if( changesDescribable )
changesDescribable->closeGroupedChange();
#endif
return mimeData;
}
// TODO: use different RNG, with multiple characteristics and offer them in the config
QMimeData* ByteArrayRandomDataGenerator::generateData()
{
qsrand( (unsigned int)time(0) );
const int insertDataSize = mSettings.size;
QByteArray insertData( insertDataSize, '\0' );
for( int i=0; i < insertDataSize; ++i )
insertData[i] = qrand() % 256; // TODO: modulo is expensive, even if easy to use
QMimeData* mimeData = new QMimeData;
mimeData->setData( mimeType(), insertData );
// TODO: a method to get the description of the change, e.g.
#if 0
Okteta::ChangesDescribable *changesDescribable =
qobject_cast<Okteta::ChangesDescribable*>( mByteArrayModel );
if( changesDescribable )
changesDescribable->openGroupedChange( i18n("RandomData inserted.") );
mByteArrayView->insert( insertData );
// mByteArrayModel->replace( filteredSection, filterResult );
if( changesDescribable )
changesDescribable->closeGroupedChange();
#endif
return mimeData;
}
void ByteTableTool::insert( unsigned char byte, int count )
{
const QByteArray data( count, byte );
Okteta::ChangesDescribable *changesDescribable =
qobject_cast<Okteta::ChangesDescribable*>( mByteArrayModel );
if( changesDescribable )
{
// TODO: how to note the byte? charcoding might change...
const QString changeDescription =
i18np( "Inserted 1 Byte","Inserted %1 Bytes", count );
changesDescribable->openGroupedChange( changeDescription );
}
mByteArrayView->insert( data );
if( changesDescribable )
changesDescribable->closeGroupedChange();
// void ByteTableController::fill( const QByteArray &Data )
// {
// if( HexEdit && ByteArray )
// ByteArray->insert( HexEdit->cursorPosition(), Data );
// }
mByteArrayView->setFocus();
}
// TODO: optimize and check if pattern is just one byte, so memset can be used
// TODO: see if copying larger chunks with memcpy is faster, so
QMimeData* ByteArraySequenceGenerator::generateData()
{
const Okteta::Byte firstByte = 0;
const Okteta::Byte lastByte = 255;
const int insertDataSize = lastByte-firstByte+1;
QByteArray insertData( insertDataSize, '\0' );
Okteta::Byte byte = firstByte;
for( int i=0; i < insertDataSize; ++i, ++byte )
insertData[i] = byte;
QMimeData* mimeData = new QMimeData;
mimeData->setData( mimeType(), insertData );
// TODO: a method to get the description of the change, e.g.
#if 0
Okteta::ChangesDescribable *changesDescribable =
qobject_cast<Okteta::ChangesDescribable*>( mByteArrayModel );
if( changesDescribable )
changesDescribable->openGroupedChange( i18n("Sequence inserted.") );
mByteArrayView->insert( insertData );
// mByteArrayModel->replace( filteredSection, filterResult );
if( changesDescribable )
changesDescribable->closeGroupedChange();
#endif
return mimeData;
}
void CharsetConversionTool::convertChars()
{
QApplication::setOverrideCursor( Qt::WaitCursor );
const Okteta::AddressRange convertedSection = mByteArrayView->selection();
QByteArray conversionResult;
conversionResult.resize( convertedSection.width() );
Okteta::CharCodec* viewCharCodec =
Okteta::CharCodec::createCodec( mByteArrayView->charCodingName() );
Okteta::CharCodec* otherCharCodec =
Okteta::CharCodec::createCodec( mOtherCharCodecName );
const bool convertToOther = (mConversionDirection == ConvertTo);
Okteta::CharCodec* fromCharCodec = convertToOther ? viewCharCodec : otherCharCodec;
Okteta::CharCodec* toCharCodec = convertToOther ? otherCharCodec : viewCharCodec;
CharsetConversionJob* charsetConversionJob =
new CharsetConversionJob( reinterpret_cast<Okteta::Byte*>(conversionResult.data()),
mByteArrayModel, convertedSection,
convertToOther ? viewCharCodec : otherCharCodec,
convertToOther ? otherCharCodec : viewCharCodec,
mSubstitutingMissingChars, mSubstituteByte
); // TODO: report also actually converted bytes
const bool success = charsetConversionJob->exec();
if( success ) //TODO: if nothing needed to be converted, just report and don't add change
{
Okteta::ChangesDescribable *changesDescribable =
qobject_cast<Okteta::ChangesDescribable*>( mByteArrayModel );
if( changesDescribable )
{
const QString description =
i18nc("Converted from charset 1 to charset 2",
"%1 to %2", fromCharCodec->name(), toCharCodec->name());
changesDescribable->openGroupedChange( description );
}
mByteArrayModel->replace( convertedSection, conversionResult );
if( changesDescribable )
changesDescribable->closeGroupedChange();
}
delete viewCharCodec;
delete otherCharCodec;
QApplication::restoreOverrideCursor();
const QMap<Okteta::Byte, int>& failedPerByteCount = charsetConversionJob->failedPerByteCount();
const int convertedBytesCount = charsetConversionJob->convertedBytesCount();
mByteArrayView->setFocus();
emit conversionDone( success, convertedBytesCount, failedPerByteCount );
}