bool KMpcPlugin::readInfo( KFileMetaInfo& info, uint what )
{
bool readComment = false;
bool readTech = false;
if (what & (KFileMetaInfo::Fastest |
KFileMetaInfo::DontCare |
KFileMetaInfo::ContentInfo)) readComment = true;
if (what & (KFileMetaInfo::Fastest |
KFileMetaInfo::DontCare |
KFileMetaInfo::TechnicalInfo)) readTech = true;
if ( info.path().isEmpty() ) // remote file
return false;
TagLib::File *file = new TagLib::MPC::File(QFile::encodeName(info.path()).data(), readTech);
if (!file->isOpen())
{
kDebug(7034) << "Couldn't open " << file->name();
delete file;
return false;
}
if(readComment)
{
KFileMetaInfoGroup commentgroup = appendGroup(info, "Comment");
QString date = file->tag()->year() > 0 ? QString::number(file->tag()->year()) : QString();
QString track = file->tag()->track() > 0 ? QString::number(file->tag()->track()) : QString();
appendItem(commentgroup, "Title", TStringToQString(file->tag()->title()).trimmed());
appendItem(commentgroup, "Artist", TStringToQString(file->tag()->artist()).trimmed());
appendItem(commentgroup, "Album", TStringToQString(file->tag()->album()).trimmed());
appendItem(commentgroup, "Date", date);
appendItem(commentgroup, "Comment", TStringToQString(file->tag()->comment()).trimmed());
appendItem(commentgroup, "Tracknumber", track);
appendItem(commentgroup, "Genre", TStringToQString(file->tag()->genre()).trimmed());
}
if (readTech)
{
KFileMetaInfoGroup techgroup = appendGroup(info, "Technical");
TagLib::MPC::Properties *properties =
(TagLib::MPC::Properties*)(file->audioProperties());
appendItem(techgroup, "Bitrate", properties->bitrate());
appendItem(techgroup, "Sample Rate", properties->sampleRate());
appendItem(techgroup, "Channels", properties->channels());
appendItem(techgroup, "Length", properties->length());
appendItem(techgroup, "Version", properties->mpcVersion());
}
delete file;
return true;
}
bool KOfficePlugin::readInfo( KFileMetaInfo& info, uint what)
{
if ( info.path().isEmpty() ) // remote file
return false;
KFileMetaInfoGroup group = appendGroup(info, "DocumentInfo");
KoStore* store = KoStore::createStore(info.path(), KoStore::Read);
if ( store && store->open( QString("documentinfo.xml") ) )
{
KoStoreDevice dev( store );
QDomDocument doc;
doc.setContent( &dev );
QDomNode authorNode = doc.namedItem("document-info").namedItem("author");
QDomNode aboutNode = doc.namedItem("document-info").namedItem("about");
QString author = stringFromNode(authorNode, "full-name");
QString title = stringFromNode(aboutNode, "title");
QString abstract = stringFromNode(aboutNode, "abstract");
appendItem(group, "Author", author);
appendItem(group, "Title", title);
appendItem(group, "Abstract", abstract);
store->close();
delete store;
return true;
}
delete store;
return false;
}
void QTlenRosterManager::showRoster()
{
for(int i = 0; i < addedItems.count(); i++)
{
//all the items should be painted, not emulated by widgets
if (rosterBox->itemWidget(addedItems[i].item, 0))
rosterBox->itemWidget(addedItems[i].item, 0)->deleteLater();
}
rosterBox->clear();
qSort( rosterItems.begin(), rosterItems.end() );
addedItems.clear();
addedGroups.clear();
AddedItem i;
QTreeWidgetItem *node;
for ( int n = 0; n < (int)rosterItems.count(); n++ )
{
appendGroup(rosterItems[n].group);
if (!dontShowOfflines || rosterItems[n].presence != Offline)
{
int group_index = getIndexOfGroup(rosterItems[n].group);
if(group_index != -1)
node = addedGroups[group_index].item;
else
{
node = rosterBox->addRosterNode(rosterItems[n].group);
AddedGroup g;
g.item = node;
g.group = rosterItems[n].group;
addedGroups.append(g);
}
QPixmap tmpAvatar = QPixmap(rosterItems[n].avatar);
if(!tmpAvatar.isNull())
tmpAvatar.setAlphaChannel(avMask);
i.item = rosterBox->addRosterItem(rosterItems[n].name,
rosterItems[n].presence,
rosterItems[n].desc,
rosterItems[n].jid,
tmpAvatar,
node);
i.jid = rosterItems[n].jid;
addedItems.append(i);
}
}
}
/**
* @details Constructs a LofarBeams object.
*/
LofarBeams::LofarBeams()
{
setName("LofarBeams");
// Main Instrument Definitions
ParameterGroup g(QString("Lofar Settings"));
g.addParameter(_lofar.clockSpeeds() );
appendGroup(g);
// setup the beam parameter groups
int maxBeams = 8; // Lofar can support up to 8 beams
for(int i=0; i < maxBeams; ++i )
{
ParameterGroup g(QString("Beam %1").arg( i+1 ));
LofarBeam* beam = new LofarBeam( &_lofar );
beam->setName(QString("Beam %1").arg( i+1 ));
//beam.setChannel(i/2);
addBeam(beam);
g.enableDeactivation();
if( i != 0 ) {
g.setActiveState(false);
beam->setActiveMode(false);
}
/*
Parameter dataStream(QObject::tr("Stream"), "The Stream on which to output the data. Maximum of 2 beams per Channel");
QMap<QString,QString> dataStreamOptions;
dataStreamOptions["Channel 1"] = "1";
dataStreamOptions["Channel 2"] = "2";
dataStreamOptions["Channel 3"] = "3";
dataStreamOptions["Channel 4"] = "4";
dataStream.setRestrictedValues( dataStreamOptions );
g.addParameter(dataStream);
*/
// add the finished group to the class
//_groups.append(g);
}
}
bool KRfc822Plugin::readInfo(KFileMetaInfo &info, uint /*what*/)
{
QFile file(info.path());
if(!file.open(IO_ReadOnly))
{
kdDebug(7034) << "Couldn't open " << QFile::encodeName(info.path()) << endl;
return false;
}
/*
Note to self: probably should use QCString for all this, but
what we're doing is simple and self-contained so never mind..
*/
char id_from[] = "From: ";
char id_to[] = "To: ";
char id_subject[] = "Subject: ";
char id_date[] = "Date: ";
char id_contenttype[] = "Content-Type: ";
// we need a buffer for lines
char linebuf[4096];
// we need a buffer for other stuff
char buf_from[1000] = "";
char buf_to[1000] = "";
char buf_subject[1000] = "";
char buf_date[1000] = "";
char buf_contenttype[1000] = "";
memset(buf_from, 0, 999);
memset(buf_to, 0, 999);
memset(buf_subject, 0, 999);
memset(buf_date, 0, 999);
memset(buf_contenttype, 0, 999);
char *myptr;
bool done = false;
while(!done)
{
// read a line
file.readLine(linebuf, sizeof(linebuf));
// have we got something useful?
if(memcmp(linebuf, id_from, 6) == 0)
{
// we have a name
myptr = linebuf + 6;
strncpy(buf_from, myptr, sizeof(buf_from));
buf_from[998] = '\0';
}
else if(memcmp(linebuf, id_to, 4) == 0)
{
// we have a name
myptr = linebuf + 4;
strncpy(buf_to, myptr, sizeof(buf_to));
buf_to[998] = '\0';
}
else if(memcmp(linebuf, id_subject, 9) == 0)
{
// we have a name
myptr = linebuf + 9;
strncpy(buf_subject, myptr, sizeof(buf_subject));
buf_subject[998] = '\0';
}
else if(memcmp(linebuf, id_date, 6) == 0)
{
// we have a name
myptr = linebuf + 6;
strncpy(buf_date, myptr, sizeof(buf_date));
buf_date[998] = '\0';
}
else if(memcmp(linebuf, id_contenttype, 14) == 0)
{
// we have a name
myptr = linebuf + 14;
strncpy(buf_contenttype, myptr, sizeof(buf_contenttype));
buf_contenttype[998] = '\0';
}
// are we done yet?
if(
((strlen(buf_from) > 0) && (strlen(buf_to) > 0) &&
(strlen(buf_subject) > 0) && (strlen(buf_date) > 0) &&
(strlen(buf_contenttype) > 0)) ||
(file.atEnd())
)
done = true;
};
KFileMetaInfoGroup group = appendGroup(info, "Technical");
if(strlen(buf_from) > 0) appendItem(group, "From", buf_from);
if(strlen(buf_to) > 0) appendItem(group, "To", buf_to);
if(strlen(buf_subject) > 0) appendItem(group, "Subject", buf_subject);
if(strlen(buf_date) > 0) appendItem(group, "Date", buf_date);
if(strlen(buf_contenttype) > 0) appendItem(group, "Content-Type", buf_contenttype);
return true;
}
bool KCppPlugin::readInfo( KFileMetaInfo& info, uint )
{
QFile f(info.path());
if (!f.open(IO_ReadOnly))
return false;
int codeLines = 0;
int commentLines = 0;
int totalLines = 0;
int emptyLines = 0;
int Strings = 0;
int Stringsi18n = 0;
int Includes = 0;
bool inComment = false;
QString line;
QTextStream stream( &f );
while (!stream.eof())
{
line = stream.readLine();
totalLines++;
if (line.stripWhiteSpace().isEmpty())
{
emptyLines++;
continue;
}
if (line.contains("/*")) inComment = true;
if (!inComment)
{
codeLines++;
if (line.contains(QRegExp("^\\s*#\\s*include"))) Includes++;
int pos = line.find("//");
if (pos>=0) commentLines++;
// truncate the comment - we don't want to count strings in it
line.truncate(pos);
Strings+=line.contains(QRegExp("\".*\""));
Stringsi18n+=line.contains(QRegExp("(?:i18n|I18N_NOOP)\\s*\\("));
}
else
commentLines++;
if (line.contains("*/")) inComment = false;
}
KFileMetaInfoGroup group = appendGroup(info, "General");
appendItem(group, "Lines", int(totalLines));
appendItem(group, "Code", int(codeLines));
appendItem(group, "Comment", int(commentLines));
appendItem(group, "Blank", int(emptyLines));
appendItem(group, "Strings", int(Strings));
appendItem(group, "i18n Strings", int(Stringsi18n));
appendItem(group, "Included Files", int(Includes));
return true;
}
bool KFileMediaPlugin::readInfo(KFileMetaInfo &info, uint /*what*/)
{
const Medium medium = askMedium(info);
kdDebug() << "KFileMediaPlugin::readInfo " << medium.id() << endl;
if (medium.id().isNull()) return false;
QString mount_point = medium.mountPoint();
KURL base_url = medium.prettyBaseURL();
QString device_node = medium.deviceNode();
KFileMetaInfoGroup group = appendGroup(info, "mediumInfo");
if (base_url.isValid())
{
appendItem(group, "baseURL", base_url.prettyURL());
}
if (!device_node.isEmpty())
{
appendItem(group, "deviceNode", device_node);
}
if (!mount_point.isEmpty() && medium.isMounted())
{
m_total = 0;
m_used = 0;
m_free = 0;
struct statvfs vfs;
memset(&vfs, 0, sizeof(vfs));
if ( ::statvfs(QFile::encodeName(mount_point), &vfs) != -1 )
{
m_total = static_cast<KIO::filesize_t>(vfs.f_blocks) * static_cast<KIO::filesize_t>(vfs.f_frsize);
m_free = static_cast<KIO::filesize_t>(vfs.f_bavail) * static_cast<KIO::filesize_t>(vfs.f_frsize);
m_used = m_total - m_free;
int percent = 0;
int length = 0;
if (m_total != 0)
{
percent = 100 * m_used / m_total;
length = 150 * m_used / m_total;
}
appendItem(group, "free", m_free);
appendItem(group, "used", m_used);
appendItem(group, "total", m_total);
group = appendGroup(info, "mediumSummary");
appendItem(group, "percent", QString("%1%").arg(percent));
QPixmap bar(150, 20);
QPainter p(&bar);
p.fillRect(0, 0, length, 20, Qt::red);
p.fillRect(length, 0, 150-length, 20, Qt::green);
QColorGroup cg = QApplication::palette().active();
QApplication::style().drawPrimitive(QStyle::PE_Panel, &p,
QRect(0, 0, 150, 20), cg,
QStyle::Style_Sunken);
appendItem( group, "thumbnail", bar );
}
}
return true;
}
bool kfile_metadatPlugin::readInfo ( KFileMetaInfo& info, uint what )
{
bool readTech = false;
// add your "calculations" here
// if something goes wrong, "return false;"
if ( what & ( KFileMetaInfo::Fastest |
KFileMetaInfo::DontCare |
KFileMetaInfo::TechnicalInfo ) )
readTech = true;
if ( info.path().isEmpty() ) // remote file cannot be handled
return false;
if ( readTech )
{
KFileMetaInfoGroup group = appendGroup ( info, "Technical" );
char buffer[112];
QFile qf ( info.path() );
if ( ! qf.open ( IO_ReadOnly ) ||
( qf.readBlock ( buffer, 112 ) != 112 ) )
return false; // File cannot be read --> no meta info
qf.close();
try
{
comag::meta m ( ( const unsigned char * ) buffer );
appendItem ( group, "Title", QString::fromLatin1( m.gettitle().data() ) );
appendItem ( group, "Title Type", ( m.gettitle_type() == comag::meta::TT_TRANSMISSION ) ?
i18n ( "Transmission" ) :
( m.gettitle_type() == comag::meta::TT_STATION ) ?
i18n ( "Station" ) :
i18n ( "Unknown" ) );
#ifdef ENABLE_DATETIMETWOLINES
appendItem ( group, "Start Time", QTime ( m.getstart_time().hour,
m.getstart_time().minute,
m.getstart_time().second ) );
appendItem ( group, "Start Date", QDate ( m.getstart_date().year,
m.getstart_date().month,
m.getstart_date().day ) );
#else
appendItem ( group, "Start Time", QDateTime ( QDate ( m.getstart_date().year,
m.getstart_date().month,
m.getstart_date().day ),
QTime ( m.getstart_time().hour,
m.getstart_time().minute,
m.getstart_time().second ) ) );
#endif
appendItem ( group, "Duration", QTime ( m.getduration().hour,
m.getduration().minute,
m.getduration().second ) );
appendItem ( group, "Packets", m.getpackets() );
appendItem ( group, "Service", ( m.getservice() == comag::meta::S_RADIO ) ?
i18n ( "Radio" ) :
( m.getservice() == comag::meta::S_TV ) ?
i18n ( "TV" ) : i18n ( "Unknown" ) );
appendItem ( group, "PID", m.getpid() );
appendItem ( group, "Timer", ( unsigned long long ) ( m.gettimer() ) );
}
catch ( ... )
{
return false; // Exceptions simply means: no meta info
}
// and finally display it!
return true;
}
return false;
}
bool KRgbPlugin::readInfo(KFileMetaInfo& info, uint /*what*/)
{
QFile file(info.path());
if (!file.open(QIODevice::ReadOnly)) {
kDebug(7034) << "Couldn't open " << QFile::encodeName(info.path());
return false;
}
QDataStream dstream(&file);
quint16 magic;
quint8 storage;
quint8 bpc;
quint16 dimension;
quint16 xsize;
quint16 ysize;
quint16 zsize;
quint32 pixmin;
quint32 pixmax;
quint32 dummy;
char imagename[80];
quint32 colormap;
dstream >> magic;
dstream >> storage;
dstream >> bpc;
dstream >> dimension;
dstream >> xsize;
dstream >> ysize;
dstream >> zsize;
dstream >> pixmin;
dstream >> pixmax;
dstream >> dummy;
dstream.readRawBytes(imagename, 80);
imagename[79] = '\0';
dstream >> colormap;
quint8 u8;
for (uint i = 0; i < 404; i++)
dstream >> u8;
if (magic != 474)
return false;
KFileMetaInfoGroup group;
group = appendGroup(info, "Technical");
if (dimension == 1)
ysize = 1;
appendItem(group, "Dimensions", QSize(xsize, ysize));
appendItem(group, "BitDepth", zsize * 8 * bpc);
if (zsize == 1)
appendItem(group, "ColorMode", i18n("Grayscale"));
else if (zsize == 2)
appendItem(group, "ColorMode", i18n("Grayscale/Alpha"));
else if (zsize == 3)
appendItem(group, "ColorMode", i18n("RGB"));
else if (zsize == 4)
appendItem(group, "ColorMode", i18n("RGB/Alpha"));
if (!storage)
appendItem(group, "Compression", i18nc("Compression", "Uncompressed"));
else if (storage == 1) {
long compressed = file.size() - 512;
long verbatim = xsize * ysize * zsize;
appendItem(group, "Compression", i18nc("Compression", "Runlength Encoded")
+ QString(", %1%").arg(compressed * 100.0 / verbatim, 0, 'f', 1));
long k;
quint32 offs;
QMap<quint32, uint> map;
QMap<quint32, uint>::Iterator it;
QMap<quint32, uint>::Iterator end = map.end();
for (k = 0; k < (ysize * zsize); k++) {
dstream >> offs;
if ((it = map.find(offs)) != end)
map.insert(offs, *it + 1);
else
map[offs] = 0;
}
for (k = 0, it = map.begin(); it != end; ++it)
k += *it;
if (k)
appendItem(group, "SharedRows", QString("%1%").arg(k * 100.0
/ (ysize * zsize), 0, 'f', 1));
else
appendItem(group, "SharedRows", i18nc("SharedRows", "None"));
} else
/**
* @details Constructs a LofarBeam object.
*/
LofarBeam::LofarBeam( Lofar* lofar )
: State(true), _lofar(lofar), _localUpdate(false)
{
// construct parameters
//_streams.reset(new MultiRangeParameter<unsigned int>(
// "streams(beamlets)",
// "the output channels to map the subbands to. Max of 64 per beam is allowed") );
//_streams.setRange( Range<unsigned int>(0,247) );
_array.reset(new SelectionParameter<RCU::Array>(
"Antenna Array",
"Defines the Antenna array to use in this beam" ) );
QList<QString> arrayDesc; arrayDesc << "Low Band"
<< "High Band";
QList<RCU::Array> arrayValues; arrayValues << RCU::LB << RCU::HB;
_array->setAllowableValues( arrayDesc, arrayValues);
_filter.reset( new SelectionParameter<RCU_Filter>(
"RCU Filter",
"The filter to apply to the RCU chain") );
_ids.reset( new MultiRangeParameter<unsigned int>(
"rcu id",
"The ids of all rcu's to be included in the beam") );
_frequency.reset( new SingleParameter<float>(
"frequency",
"The frequency range to observe" ) );
_bandwidth.reset( new SingleParameter<float>(
"bandwidth",
"The width of the frequecy band to observe"
" relative to the start frequency" ) );
_subbands.reset( new MultiRangeParameter<unsigned int>(
"subbands",
"The subband identifiers associated with the frequen") );
_directionType.reset( new SelectionParameter<QString>(
"direction", "The type "
"of direction input. "
"SKYSCAN will scan the sky with a L x M grid in "
"the (l,m) plane") );
_directionType->setAllowableValues( _direction.types(), _direction.types() );
_directionType->set(_direction.types()[0]);
_directionX.reset( new SingleParameter<float>("x",
"The longitude in degrees for direction specification" ) );
_directionX->setRange( Range<float>(-180,180) );
_directionY.reset( new SingleParameter<float>("y",
"The latitude in degrees for direction specification" ) );
_directionY->setRange( Range<float>(-90.0,90.0) );
updateDirection();
// set default values (pre-connection)
_frequency->set(0.0);
_bandwidth->set(0.0);
_setupConnections();
// set default values
_array->set(RCU::LB);
refreshFilter();
_filter->set(RCU_Filter());
_ids->set( _lofar->rcuIds( _array->value()) );
_subbands->set( _lofar->subbandRanges() );
_subbands->setAllowableValues( _lofar->subbandRanges() );
_directionX->set(0.0);
_directionY->set(0.0);
refreshFrequency();
refreshRCU();
// set up the RCU group
ParameterGroup g("RCU Selection");
g.addParameter( _array );
g.addParameter( _filter );
g.addParameter( _ids );
// set up the frequency group
ParameterGroup f("Frequency");
f.addParameter( _frequency );
f.addParameter( _bandwidth );
f.addParameter( _subbands );
// set up the direction group
ParameterGroup d("Direction");
d.addParameter( _directionType );
d.addParameter( _directionX );
d.addParameter( _directionY );
appendGroup( g );
appendGroup( f );
appendGroup( d );
}
bool KIcoPlugin::readInfo( KFileMetaInfo& info, uint what)
{
QFile file(info.path());
if (!file.open(IO_ReadOnly))
{
kdDebug(7034) << "Couldn't open " << QFile::encodeName(info.path()) << endl;
return false;
}
QDataStream dstream(&file);
// ICO files are little-endian
dstream.setByteOrder(QDataStream::LittleEndian);
// read the beginning of the file and make sure it looks ok
uint16_t ico_reserved;
uint16_t ico_type;
uint16_t ico_count;
dstream >> ico_reserved;
dstream >> ico_type;
dstream >> ico_count;
if ((ico_reserved != 0) || (ico_type != 1) || (ico_count < 1))
return false;
// now loop through each of the icon entries
uint8_t icoe_width;
uint8_t icoe_height;
uint8_t icoe_colorcount;
uint8_t icoe_reserved;
uint16_t icoe_planes;
uint16_t icoe_bitcount;
uint32_t icoe_bytesinres;
uint32_t icoe_imageoffset;
// read the data on the 1st icon
dstream >> icoe_width;
dstream >> icoe_height;
dstream >> icoe_colorcount;
dstream >> icoe_reserved;
dstream >> icoe_planes;
dstream >> icoe_bitcount;
dstream >> icoe_bytesinres;
dstream >> icoe_imageoffset;
// output the useful bits
KFileMetaInfoGroup group = appendGroup(info, "Technical");
appendItem(group, "Number", ico_count);
if (ico_count == 1) {
appendItem(group, "Dimensions", QSize(icoe_width, icoe_height));
if (icoe_colorcount > 0)
appendItem(group, "Colors", icoe_colorcount);
else if (icoe_bitcount > 0)
appendItem(group, "Colors", 2 ^ icoe_bitcount);
} else {
appendItem(group, "DimensionsM", QSize(icoe_width, icoe_height));
if (icoe_colorcount > 0)
appendItem(group, "ColorsM", icoe_colorcount);
else if (icoe_bitcount > 0)
appendItem(group, "ColorsM", 2 ^ icoe_bitcount);
}
return true;
}
bool KFlacPlugin::readInfo( KFileMetaInfo& info, uint what )
{
if ( info.path().isEmpty() ) // remote file
return false;
bool readComment = false;
bool readTech = false;
if (what & (KFileMetaInfo::Fastest |
KFileMetaInfo::DontCare |
KFileMetaInfo::ContentInfo)) readComment = true;
if (what & (KFileMetaInfo::Fastest |
KFileMetaInfo::DontCare |
KFileMetaInfo::TechnicalInfo)) readTech = true;
TagLib::File *file = 0;
if (info.mimeType() == "audio/x-flac")
file = new TagLib::FLAC::File(QFile::encodeName(info.path()).data(), readTech);
#ifdef TAGLIB_1_2
else
file = new TagLib::Ogg::FLAC::File(QFile::encodeName(info.path()).data(), readTech);
#endif
if (!file || !file->isValid())
{
kdDebug(7034) << "Couldn't open " << file->name() << endl;
delete file;
return false;
}
if(readComment && file->tag())
{
KFileMetaInfoGroup commentgroup = appendGroup(info, "Comment");
QString date = file->tag()->year() > 0 ? QString::number(file->tag()->year()) : QString::null;
QString track = file->tag()->track() > 0 ? QString::number(file->tag()->track()) : QString::null;
appendItem(commentgroup, "Title", TStringToQString(file->tag()->title()).stripWhiteSpace());
appendItem(commentgroup, "Artist", TStringToQString(file->tag()->artist()).stripWhiteSpace());
appendItem(commentgroup, "Album", TStringToQString(file->tag()->album()).stripWhiteSpace());
appendItem(commentgroup, "Date", date);
appendItem(commentgroup, "Comment", TStringToQString(file->tag()->comment()).stripWhiteSpace());
appendItem(commentgroup, "Tracknumber", track);
appendItem(commentgroup, "Genre", TStringToQString(file->tag()->genre()).stripWhiteSpace());
}
if (readTech && file->audioProperties())
{
KFileMetaInfoGroup techgroup = appendGroup(info, "Technical");
TagLib::FLAC::Properties *properties =
(TagLib::FLAC::Properties*)(file->audioProperties());
appendItem(techgroup, "Bitrate", properties->bitrate());
appendItem(techgroup, "Sample Rate", properties->sampleRate());
appendItem(techgroup, "Sample Width", properties->sampleWidth());
appendItem(techgroup, "Channels", properties->channels());
appendItem(techgroup, "Length", properties->length());
}
delete file;
return true;
}
bool KRpmPlugin::readInfo( KFileMetaInfo& info, uint what)
{
QFile file(info.path());
int pass;
KFileMetaInfoGroup general, all;
if (!file.open(QIODevice::ReadOnly))
{
kDebug(7034) << "Couldn't open " << QFile::encodeName(info.path());
return false;
}
QDataStream dstream(&file);
dstream.setByteOrder(QDataStream::BigEndian);
general = appendGroup(info, "General");
if (what == KFileMetaInfo::Everything) all = appendGroup(info, "All tags");
file.seek(96); // Seek past old lead
for (pass = 0; pass < 2; ++pass) { // RPMs have two headers
uint32_t storepos, entries, size, reserved;
unsigned char version;
char magic[3];
dstream.readRawBytes(magic, 3);
dstream >> version >> reserved >> entries >> size;
if (memcmp(magic, RPM_HEADER_MAGIC, 3)) return false;
if (version != 1) return false; // Only v1 headers supported
storepos = file.pos() + entries * 16;
if (pass == 0) { // Don't need the first batch of tags - pgp etc
file.seek(storepos + size);
file.seek(file.pos() + (8 - (file.pos() % 8)) % 8); // Skip padding
continue;
}
if (entries < 500) while (entries--) { // Just in case something goes wrong, limit to 500
uint32_t tag, type, offset, count;
QString tagname;
dstream >> tag >> type >> offset >> count;
offset += storepos;
switch (tag) {
case RPMTAG_NAME: tagname = "Name"; break;
case RPMTAG_VERSION: tagname = "Version"; break;
case RPMTAG_SUMMARY: tagname = "Summary"; break;
case RPMTAG_GROUP: tagname = "Group"; break;
case RPMTAG_SIZE: tagname = "Size"; break;
case RPMTAG_RELEASE: tagname = "Release"; break;
case RPMTAG_VENDOR: tagname = "Vendor"; break;
case RPMTAG_PACKAGER: tagname = "Packager"; break;
case RPMTAG_DESCRIPTION: tagname = "Comment"; break;
}
if ( !tagname.isEmpty() || all.isValid() ) {
// kDebug(7034) << "Tag number: " << tag << " Type: " << type;
int oldPos = file.pos();
file.seek(offset); // Set file position to correct place in store
switch (type) {
case RPM_INT32_TYPE: uint32_t int32tag;
dstream >> int32tag;
if ( !tagname.isEmpty() ) appendItem(general, tagname, int(int32tag));
if ( all.isValid() ) appendItem(all, QString("%1").arg( tag ), QString("%1").arg( int32tag ));
break;
case RPM_INT16_TYPE: uint16_t int16tag;
dstream >> int16tag;
if ( !tagname.isEmpty() ) appendItem(general, tagname, int(int16tag));
if ( all.isValid() ) appendItem(all, QString("%1").arg( tag ), QString("%1").arg( int16tag ));
break;
case RPM_I18NSTRING_TYPE: // Fallthru
case RPM_STRING_TYPE: QString strtag; char in;
while ( ( in = file.getch() ) != '\0' ) strtag += in;
if ( !tagname.isEmpty() ) appendItem(general, tagname, strtag);
if( all.isValid() ) appendItem(all, QString("%1").arg( tag ), strtag);
break;
}
file.seek(oldPos); // Restore old position
}
}
appendItem(general, "Archive Offset", (storepos + size) );
}
bool KAuPlugin::readInfo( KFileMetaInfo& info, uint what)
{
// the file signature, wants to be tidier...
const char fsig[] = { 0x2e, 0x73, 0x6e, 0x64 };
// a dword buffer for input
char inbuf[4];
// some vars for the file properties
uint32_t datasize;
uint32_t encoding;
uint32_t samplerate;
uint32_t channels;
uint16_t bytespersample;
if ( info.path().isEmpty() ) // remote file
return false;
QFile file(info.path());
if (!file.open(IO_ReadOnly))
{
kdDebug(7034) << "Couldn't open " << QFile::encodeName(info.path()) << endl;
return false;
}
QDataStream dstream(&file);
// AU files are big-endian
dstream.setByteOrder(QDataStream::BigEndian);
// Read and verify the signature
dstream.readRawBytes(inbuf, 4);
if (memcmp(fsig, inbuf, 4))
return false;
// skip unwanted bits
file.at(8);
// grab the bits we want
dstream >> datasize;
dstream >> encoding;
dstream >> samplerate;
dstream >> channels;
// add the info
KFileMetaInfoGroup group = appendGroup(info, "Technical");
appendItem(group, "Sample Rate", (uint) samplerate);
appendItem(group, "Channels", (uint) channels);
// work out the encoding
switch (encoding) {
case 1 :
appendItem(group, "Encoding", i18n("8-bit ISDN u-law"));
bytespersample = 1;
break;
case 2 :
appendItem(group, "Encoding", i18n("8-bit linear PCM [REF-PCM]"));
bytespersample = 1;
break;
case 3 :
appendItem(group, "Encoding", i18n("16-bit linear PCM"));
bytespersample = 2;
break;
case 4 :
appendItem(group, "Encoding", i18n("24-bit linear PCM"));
bytespersample = 3;
break;
case 5 :
appendItem(group, "Encoding", i18n("32-bit linear PCM"));
bytespersample = 4;
break;
case 6 :
appendItem(group, "Encoding", i18n("32-bit IEEE floating point"));
bytespersample = 4;
break;
case 7 :
appendItem(group, "Encoding", i18n("64-bit IEEE floating point"));
bytespersample = 8;
break;
case 23 :
appendItem(group, "Encoding", i18n("8-bit ISDN u-law compressed"));
bytespersample = 1;
break;
default :
appendItem(group, "Encoding", i18n("Unknown"));
bytespersample = 0;
}
// work out length from bytespersample + channels + size
if ((channels > 0) && (datasize > 0) && (datasize != 0xFFFFFFFF) && (bytespersample > 0) && (samplerate > 0)) {
uint32_t length = datasize / channels / bytespersample / samplerate;
appendItem(group, "Length", (uint) length);
} else {
appendItem(group, "Length", "???");
}
return true;
}
bool KigPlugin::readInfo( KFileMetaInfo& metainfo, uint /*what*/ )
{
KFileMetaInfoGroup metagroup = appendGroup( metainfo, "KigInfo");
QString sfile = metainfo.path();
bool iscompressed = false;
QFile f( sfile );
if ( !sfile.endsWith( ".kig", false ) )
{
iscompressed = true;
QString tempdir = KGlobal::dirs()->saveLocation( "tmp" );
if ( tempdir.isEmpty() )
return false;
QString tempname = sfile.section( '/', -1 );
if ( sfile.endsWith( ".kigz", false ) )
{
tempname.remove( QRegExp( "\\.[Kk][Ii][Gg][Zz]$" ) );
}
else
return false;
// reading compressed file
KTar* ark = new KTar( sfile, "application/x-gzip" );
ark->open( IO_ReadOnly );
const KArchiveDirectory* dir = ark->directory();
QStringList entries = dir->entries();
QStringList kigfiles = entries.grep( QRegExp( "\\.kig$" ) );
if ( kigfiles.count() != 1 )
return false;
const KArchiveEntry* kigz = dir->entry( kigfiles[0] );
if ( !kigz->isFile() )
return false;
dynamic_cast<const KArchiveFile*>( kigz )->copyTo( tempdir );
f.setName( tempdir + kigz->name() );
}
if ( !f.open( IO_ReadOnly ) )
return false;
QDomDocument doc( "KigDocument" );
if ( !doc.setContent( &f ) )
return false;
f.close();
// removing temp file
if ( iscompressed )
f.remove();
QDomElement main = doc.documentElement();
// reading the version...
QString version = main.attribute( "Version" );
if ( version.isEmpty() ) version = main.attribute( "version" );
if ( version.isEmpty() ) version = i18n( "Translators: Not Available", "n/a" );
appendItem( metagroup, "Version", version );
// reading the compatibility version...
QString compatversion = main.attribute( "CompatibilityVersion" );
if ( compatversion.isEmpty() )
compatversion = i18n( "%1 represents Kig version",
"%1 (as the version)" ).arg( version );
appendItem( metagroup, "CompatVersion", compatversion );
// reading the Coordinate System...
QCString coordsystem;
for ( QDomNode n = main.firstChild(); ! n.isNull(); n = n.nextSibling() )
{
QDomElement e = n.toElement();
if ( e.isNull() ) continue;
if ( e.tagName() == "CoordinateSystem" )
coordsystem = e.text().latin1();
}
appendItem( metagroup, "CoordSystem", coordsystem );
// has Kig document the grid?
bool btmp = true;
QString stmp = main.attribute( "grid" );
if ( !( stmp.isEmpty() || ( stmp != "0" ) ) )
btmp = ( stmp != "0" );
QString stmp2 = btmp ? i18n( "Yes" ) : i18n( "No" );
appendItem( metagroup, "Grid", stmp2 );
// has Kig document the axes?
btmp = true;
stmp = main.attribute( "axes" );
if ( !( stmp.isEmpty() || ( stmp != "0" ) ) )
btmp = ( stmp != "0" );
stmp2 = btmp ? i18n( "Yes" ) : i18n( "No" );
appendItem( metagroup, "Axes", stmp2 );
stmp2 = iscompressed ? i18n( "Yes" ) : i18n( "No" );
appendItem( metagroup, "Compressed", stmp2 );
return true;
}
bool KXpsPlugin::readInfo( KFileMetaInfo& info, uint /* what */)
{
KFileMetaInfoGroup generalGroup = appendGroup(info, "General");
KZip *xpsArchive = new KZip( info.path() );
if ( xpsArchive->open( IO_ReadOnly ) == true ) {
// kdDebug(7115) << "Successful open of " << xpsArchive->fileName() << endl;
} else {
kDebug(7115) << "Could not open XPS archive: " << xpsArchive->fileName();
delete xpsArchive;
return false;
}
const KZipFileEntry* relFile = static_cast<const KZipFileEntry *>(xpsArchive->directory()->entry("_rels/.rels"));
if ( !relFile ) {
delete xpsArchive;
// this might occur if we can't read the zip directory, or it doesn't have the relationships entry
return false;
}
if ( relFile->name().isEmpty() ) {
delete xpsArchive;
// this might occur if we can't read the zip directory, or it doesn't have the relationships entry
return false;
}
QIODevice* relDevice = relFile->createDevice();
QDomDocument relDom;
QString errMsg;
int errLine, errCol;
if ( relDom.setContent( relDevice, true, &errMsg, &errLine, &errCol ) == false ) {
// parse error
kDebug(7115) << "Could not parse relationship document: " << errMsg << " : "
<< errLine << " : " << errCol << endl;
delete relDevice;
delete xpsArchive;
return false;
}
QDomElement docElem = relDom.documentElement();
QString thumbFileName;
QString fixedRepresentationFileName;
QString metadataFileName;
QDomNode n = docElem.firstChild();
while( !n.isNull() ) {
QDomElement e = n.toElement();
if( !e.isNull() ) {
if ("http://schemas.openxmlformats.org/package/2006/relationships/metadata/thumbnail" == e.attribute("Type") ) {
thumbFileName = e.attribute("Target");
} else if ("http://schemas.microsoft.com/xps/2005/06/fixedrepresentation" == e.attribute("Type") ) {
fixedRepresentationFileName = e.attribute("Target");
} else if ("http://schemas.openxmlformats.org/package/2006/relationships/metadata/core-properties" == e.attribute("Type") ) {
metadataFileName = e.attribute("Target");
}
}
n = n.nextSibling();
}
delete relDevice;
if ( fixedRepresentationFileName.isEmpty() ) {
delete xpsArchive;
// FixedRepresentation is a required part of the XPS document
return false;
}
const KZipFileEntry* fixedRepFile = static_cast<const KZipFileEntry *>(xpsArchive->directory()->entry( fixedRepresentationFileName ));
QIODevice* fixedRepDevice = fixedRepFile->createDevice();
QDomDocument fixedRepDom;
if ( fixedRepDom.setContent( fixedRepDevice, true, &errMsg, &errLine, &errCol ) == false ) {
// parse error
kDebug(7115) << "Could not parse Fixed Representation document: " << errMsg << " : "
<< errLine << " : " << errCol << endl;
delete fixedRepDevice;
delete xpsArchive;
return false;
}
docElem = fixedRepDom.documentElement();
QString firstDocumentFileName;
int numDocuments = 0; // the number of Documents in this FixedDocumentSequence
n = docElem.firstChild();
while( !n.isNull() ) {
QDomElement e = n.toElement();
if( !e.isNull() ) {
if (e.tagName() == "DocumentReference") {
if (firstDocumentFileName.isEmpty()) {
// we don't already have a filename, so take this one
firstDocumentFileName = e.attribute("Source");
}
numDocuments++;
}
}
n = n.nextSibling();
}
delete fixedRepDevice;
#if 0
// This stuff is used for detailed parsing - not really required
// no document? bail out here.
if ( firstDocumentFileName.isEmpty() ) {
return false;
}
KZipFileEntry* firstDocumentFile = static_cast<const KZipFileEntry *>(xpsArchive->directory()->entry( firstDocumentFileName ));
QIODevice* firstDocumentDevice = firstDocumentFile->device();
QDomDocument firstDocumentDom;
if ( firstDocumentDom.setContent( firstDocumentDevice, true, &errMsg, &errLine, &errCol ) == false ) {
// parse error
kDebug(7115) << "Could not parse first document: " << errMsg << " : "
<< errLine << " : " << errCol << endl;
return false;
}
n = firstDocumentDom.documentElement().firstChild();
while( !n.isNull() ) {
QDomElement e = n.toElement();
if( !e.isNull() ) {
kDebug(7155) << "DOcument: " << e.tagName() << " : " << e.text();
}
n = n.nextSibling();
}
#endif
if ( ! metadataFileName.isEmpty() ) {
const KZipFileEntry* corepropsFile = static_cast<const KZipFileEntry *>(xpsArchive->directory()->entry(metadataFileName));
kDebug(7115) << "metadata file name: " << metadataFileName;
QDomDocument metadataDocumentDom;
QIODevice *corepropsDevice = corepropsFile->createDevice();
if ( metadataDocumentDom.setContent( corepropsDevice, true, &errMsg, &errLine, &errCol ) == false ) {
// parse error
kDebug(7115) << "Could not parse core properties (metadata) document: " << errMsg << " : "
<< errLine << " : " << errCol << endl;
delete corepropsDevice;
delete xpsArchive;
return false;
}
n = metadataDocumentDom.documentElement().firstChild(); // the <coreProperties> level
while( !n.isNull() ) {
QDomElement e = n.toElement();
if( !e.isNull() ) {
if (e.tagName() == "title") {
appendItem(generalGroup, "Title", e.text() );
} else if (e.tagName() == "subject") {
appendItem(generalGroup, "Subject", e.text() );
} else if (e.tagName() == "description") {
appendItem(generalGroup, "Description", e.text() );
} else if (e.tagName() == "creator") {
appendItem(generalGroup, "Author", e.text() );
} else if (e.tagName() == "created") {
appendItem(generalGroup, "CreationDate", QDateTime::fromString( e.text(), "yyyy-MM-ddThh:mm:ssZ" ) );
} else if (e.tagName() == "modified") {
appendItem(generalGroup, "ModificationDate", QDateTime::fromString( e.text(), "yyyy-MM-ddThh:mm:ssZ" ) );
} else if (e.tagName() == "keywords") {
appendItem(generalGroup, "Keywords", e.text() );
} else {
kDebug(7155) << "unhandled metadata tag: " << e.tagName() << " : " << e.text();
}
}
n = n.nextSibling();
}
delete corepropsDevice;
}
if ( ! thumbFileName.isEmpty() ) {
const KZipFileEntry* thumbFile = static_cast<const KZipFileEntry *>(xpsArchive->directory()->entry(thumbFileName));
QImage img;
img.loadFromData(thumbFile->data());
appendItem( generalGroup, "Thumbnail", img);
appendItem( generalGroup, "ThumbnailDimensions", QSize( img.width(), img.height() ) );
}
appendItem(generalGroup, "Documents", numDocuments);
delete xpsArchive;
return true;
}
bool KPngPlugin::readInfo( KFileMetaInfo& info, uint what)
{
if ( info.path().isEmpty() ) // remote file
return false;
QFile f(info.path());
if ( !f.open(IO_ReadOnly) )
return false;
QIODevice::Offset fileSize = f.size();
if (fileSize < 29) return false;
// the technical group will be read from the first 29 bytes. If the file
// is smaller, we can't even read this.
bool readComments = false;
if (what & (KFileMetaInfo::Fastest |
KFileMetaInfo::DontCare |
KFileMetaInfo::ContentInfo)) readComments = true;
else
fileSize = 29; // No need to read more
uchar *data = new uchar[fileSize+1];
f.readBlock(reinterpret_cast<char*>(data), fileSize);
data[fileSize]='\n';
// find the start
if (data[0] == 137 && data[1] == 80 && data[2] == 78 && data[3] == 71 &&
data[4] == 13 && data[5] == 10 && data[6] == 26 && data[7] == 10 )
{
// ok
// the IHDR chunk should be the first
if (!strncmp((char*)&data[12], "IHDR", 4))
{
// we found it, get the dimensions
ulong x,y;
x = (data[16]<<24) + (data[17]<<16) + (data[18]<<8) + data[19];
y = (data[20]<<24) + (data[21]<<16) + (data[22]<<8) + data[23];
uint type = data[25];
uint bpp = data[24];
kdDebug(7034) << "dimensions " << x << "*" << y << endl;
// the bpp are only per channel, so we need to multiply the with
// the channel count
switch (type)
{
case 0: break; // Grayscale
case 2: bpp *= 3; break; // RGB
case 3: break; // palette
case 4: bpp *= 2; break; // grayscale w. alpha
case 6: bpp *= 4; break; // RGBA
default: // we don't get any sensible value here
bpp = 0;
}
KFileMetaInfoGroup techgroup = appendGroup(info, "Technical");
appendItem(techgroup, "Dimensions", QSize(x, y));
appendItem(techgroup, "BitDepth", bpp);
appendItem(techgroup, "ColorMode",
(type < sizeof(colors)/sizeof(colors[0]))
? i18n(colors[data[25]]) : i18n("Unknown"));
appendItem(techgroup, "Compression",
(data[26] < sizeof(compressions)/sizeof(compressions[0]))
? i18n(compressions[data[26]]) : i18n("Unknown"));
appendItem(techgroup, "InterlaceMode",
(data[28] < sizeof(interlaceModes)/sizeof(interlaceModes[0]))
? i18n(interlaceModes[data[28]]) : i18n("Unknown"));
}
// look for a tEXt chunk
if (readComments)
{
uint index = 8;
index += CHUNK_SIZE(data, index) + CHUNK_HEADER_SIZE;
KFileMetaInfoGroup commentGroup = appendGroup(info, "Comment");
while(index<fileSize-12)
{
while (index < fileSize - 12 &&
strncmp((char*)CHUNK_TYPE(data,index), "tEXt", 4) &&
strncmp((char*)CHUNK_TYPE(data,index), "zTXt", 4))
{
if (!strncmp((char*)CHUNK_TYPE(data,index), "IEND", 4))
goto end;
index += CHUNK_SIZE(data, index) + CHUNK_HEADER_SIZE;
}
if (index < fileSize - 12)
{
// we found a tEXt or zTXt field
// get the key, it's a null terminated string at the
// chunk start
uchar* key = &CHUNK_DATA(data,index,0);
int keysize=0;
for (;key[keysize]!=0; keysize++)
// look if we reached the end of the file
// (it might be corrupted)
if (8+index+keysize>=fileSize)
goto end;
QByteArray arr;
if(!strncmp((char*)CHUNK_TYPE(data,index), "zTXt", 4)) {
kdDebug(7034) << "We found a zTXt field\n";
// we get the compression method after the key
uchar* compressionMethod = &CHUNK_DATA(data,index,keysize+1);
if ( *compressionMethod != 0x00 ) {
// then it isn't zlib compressed and we are sunk
kdDebug(7034) << "Non-standard compression method." << endl;
goto end;
}
// compressed string after the compression technique spec
uchar* compressedText = &CHUNK_DATA(data, index, keysize+2);
uint compressedTextSize = CHUNK_SIZE(data, index)-keysize-2;
// security check, also considering overflow wraparound from the addition --
// we may endup with a /smaller/ index if we wrap all the way around
uint firstIndex = (uint)(compressedText - data);
uint onePastLastIndex = firstIndex + compressedTextSize;
if ( onePastLastIndex > fileSize || onePastLastIndex <= firstIndex)
goto end;
uLongf uncompressedLen = compressedTextSize * 2; // just a starting point
int zlibResult;
do {
arr.resize(uncompressedLen);
zlibResult = uncompress((Bytef*)arr.data(), &uncompressedLen,
compressedText, compressedTextSize);
if (Z_OK == zlibResult) {
// then it is all OK
arr.resize(uncompressedLen);
} else if (Z_BUF_ERROR == zlibResult) {
// the uncompressedArray needs to be larger
// kdDebug(7034) << "doubling size for decompression" << endl;
uncompressedLen *= 2;
// DoS protection. can't be bigger than 64k
if ( uncompressedLen > 131072 )
break;
} else {
// something bad happened
goto end;
}
} while (Z_BUF_ERROR == zlibResult);
if (Z_OK != zlibResult)
goto end;
} else if (!strncmp((char*)CHUNK_TYPE(data,index), "tEXt", 4)) {
kdDebug(7034) << "We found a tEXt field\n";
// the text comes after the key, but isn't null terminated
uchar* text = &CHUNK_DATA(data,index, keysize+1);
uint textsize = CHUNK_SIZE(data, index)-keysize-1;
// security check, also considering overflow wraparound from the addition --
// we may endup with a /smaller/ index if we wrap all the way around
uint firstIndex = (uint)(text - data);
uint onePastLastIndex = firstIndex + textsize;
if ( onePastLastIndex > fileSize || onePastLastIndex <= firstIndex)
goto end;
arr.resize(textsize);
arr = QByteArray(textsize).duplicate((const char*)text,
textsize);
} else {
kdDebug(7034) << "We found a field, not expected though\n";
goto end;
}
appendItem(commentGroup,
QString(reinterpret_cast<char*>(key)),
QString(arr));
kdDebug(7034) << "adding " << key << " / "
<< QString(arr) << endl;
index += CHUNK_SIZE(data, index) + CHUNK_HEADER_SIZE;
}
}
}
}
end:
delete[] data;
return true;
}
bool KOfficePlugin::readInfo( KFileMetaInfo& info, uint /*what*/)
{
if ( info.path().isEmpty() ) // remote file
return false;
KFileMetaInfoGroup group = appendGroup(info, DocumentInfo);
QDomDocument doc = getMetaDocument(info.path());
if (doc.isNull())
return false;
QDomElement base = getBaseNode(doc).toElement();
if (base.isNull())
return false;
for (int i = 0; Information[i]; i+=2)
appendItem(group, Information[i],
stringFromNode(base, Information[i]));
// Special case for keyword
QDomNodeList keywordList = base.elementsByTagName( metakeyword );
QString allKeywords;
for (uint i = 0; i < keywordList.length(); i++){
QDomNode node = keywordList.item(i);
if (node.isElement()){
if (i>0)
allKeywords += ", ";
allKeywords += node.toElement().text();
}
}
appendItem(group, metakeyword,
allKeywords);
KFileMetaInfoGroup group1 = appendGroup(info, DocAdvanced);
for (int i = 0; Advanced[i]; i+=2){
QString txt = stringFromNode(base, Advanced[i]);
if (!txt.isEmpty()){
// A silly way to do it...
switch (i){
case 2:
case 4:
case 6:
getDateTime(group1, Advanced[i], txt);
break;
case 14:
getEditingTime(group1, Advanced[i], txt);
break;
default:
appendItem(group1, Advanced[i], txt);}
}
}
QDomNode dstat = base.namedItem(metadocstat);
KFileMetaInfoGroup group2 = appendGroup(info, DocStatistics);
if (!dstat.isNull() && dstat.isElement()){
QDomElement dinfo = dstat.toElement();
for (int i = 0; Statistics[i]; i+=2)
addAttributeInfo(dinfo, group2, Statistics[i] );
}
QDomNodeList userList = base.elementsByTagName( metauserdef );
KFileMetaInfoGroup groupuser = appendGroup(info, UserDefined);
for (uint i = 0; i < userList.length(); i++){
QDomNode node = userList.item(i);
if (node.isElement()){
appendItem(groupuser,
node.toElement().attribute(metaname,
QString("User %1").arg(i)),
node.toElement().text());
}
}
return true;
}
bool KTiffPlugin::readInfo(KFileMetaInfo& info, uint)
{
TIFF *tiff = TIFFOpen(QFile::encodeName(info.path()), "r");
if (!tiff)
return false;
uint32 imageLength=0, imageWidth=0;
uint16 bitsPerSample=0, imageCompression=0, colorMode=0, samplesPerPixel=0,
imageAlpha=0, imageResUnit=0, dummy=0, faxPages=0;
float imageXResolution=0, imageYResolution=0;
char *description=0, *copyright=0, *software=0, *datetime=0, *artist=0,
*scannerMake=0, *scannerModel=0;
TIFFGetField(tiff, TIFFTAG_IMAGELENGTH, &imageLength);
TIFFGetField(tiff, TIFFTAG_IMAGEWIDTH, &imageWidth);
TIFFGetFieldDefaulted(tiff, TIFFTAG_BITSPERSAMPLE, &bitsPerSample);
TIFFGetFieldDefaulted(tiff, TIFFTAG_SAMPLESPERPIXEL, &samplesPerPixel);
TIFFGetField(tiff, TIFFTAG_PHOTOMETRIC, &colorMode);
TIFFGetFieldDefaulted(tiff, TIFFTAG_COMPRESSION, &imageCompression);
TIFFGetField(tiff, TIFFTAG_MATTEING, &imageAlpha);
TIFFGetField(tiff, TIFFTAG_XRESOLUTION, &imageXResolution);
TIFFGetField(tiff, TIFFTAG_YRESOLUTION, &imageYResolution);
TIFFGetFieldDefaulted(tiff, TIFFTAG_RESOLUTIONUNIT, &imageResUnit);
TIFFGetField(tiff, TIFFTAG_IMAGEDESCRIPTION, &description);
TIFFGetField(tiff, TIFFTAG_SOFTWARE, &software);
TIFFGetField(tiff, TIFFTAG_COPYRIGHT, ©right);
TIFFGetField(tiff, TIFFTAG_DATETIME, &datetime);
TIFFGetField(tiff, TIFFTAG_ARTIST, &artist);
TIFFGetField(tiff, TIFFTAG_PAGENUMBER, &dummy, &faxPages);
TIFFGetField(tiff, TIFFTAG_MAKE, &scannerMake);
TIFFGetField(tiff, TIFFTAG_MODEL, &scannerModel);
kDebug(7034) << "Description: " << description;
kDebug(7034) << "Width: " << imageWidth;
kDebug(7034) << "Height: " << imageLength;
kDebug(7034) << "BitDepth: " << bitsPerSample;
kDebug(7034) << "ColorMode: " << colorMode;
kDebug(7034) << "Compression: " << imageCompression;
kDebug(7034) << "SamplesPerPixel: " << samplesPerPixel;
kDebug(7034) << "ImageAlpha: " << imageAlpha;
kDebug(7034) << "XResolution: " << imageXResolution;
kDebug(7034) << "YResolution: " << imageYResolution;
kDebug(7034) << "ResolutionUnit: " << imageResUnit;
kDebug(7034) << "FaxPages: " << faxPages;
kDebug(7034) << "DateTime: " << datetime;
kDebug(7034) << "Copyright: " << copyright;
kDebug(7034) << "Software: " << software;
kDebug(7034) << "Artist: " << artist;
kDebug(7034) << "Make: " << scannerMake;
kDebug(7034) << "Model: " << scannerModel;
if (imageResUnit == RESUNIT_CENTIMETER)
{
imageXResolution *= 2.54;
imageYResolution *= 2.54;
}
else if (imageResUnit == RESUNIT_NONE)
{
imageXResolution = 0;
imageYResolution = 0;
}
int imageBpp = bitsPerSample*samplesPerPixel;
if (imageAlpha && colorMode==PHOTOMETRIC_RGB)
m_colorMode.replace(PHOTOMETRIC_RGB, new QString(I18N_NOOP("RGBA")));
KFileMetaInfoGroup group = appendGroup(info, "General");
if (description)
appendItem(group, "Description", QString(description));
appendItem(group, "Dimensions", QSize(imageWidth, imageLength));
appendItem(group, "BitDepth", imageBpp);
if (imageXResolution>0 && imageYResolution>0)
appendItem(group, "Resolution", QSize(
static_cast<int>(imageXResolution),
static_cast<int>(imageYResolution)));
if (m_colorMode[colorMode])
appendItem(group, "ColorMode", *m_colorMode[colorMode]);
if (m_imageCompression[imageCompression])
appendItem(group, "Compression", *m_imageCompression[imageCompression]);
if (datetime)
{
QDateTime dt = tiffDate(QString(datetime));
if (dt.isValid())
appendItem(group, "DateTime", dt);
}
if (copyright)
appendItem(group, "Copyright", QString(copyright));
if (software)
appendItem(group, "Software", QString(software));
if (artist)
appendItem(group, "Artist", QString(artist));
if (faxPages>0 && (imageCompression==COMPRESSION_CCITTFAX3 ||
imageCompression==COMPRESSION_CCITTFAX4))
{
appendItem(group, "FaxPages", faxPages);
}
if (scannerMake || scannerModel)
{
group = appendGroup(info, "Scanner");
if (scannerMake)
appendItem(group, "Make", QString(scannerMake));
if (scannerModel)
appendItem(group, "Model", QString(scannerModel));
}
TIFFClose(tiff);
return true;
}
void r_makeDFA( FA *fa )
{
ARC *prevarc = NULL;
ARC *curarc;
int inp;
int bundleNum;
FLAG reserved = 0;
int i;
FLAG newFlag;
FALIST *volatileList = NULL;
CLASSFLAGS unifyAccptFlag;
CLASSFLAGS unifyStartFlag;
verboseMes( "[func]r_makeDFA(FA %08x)", (long)fa );
DFAtravTotal++;
if( fa->traversed == 1 ){
verboseMes( "traversed..." );
return;
}
fa->traversed = 1;
DFAtravSuccess++;
FAprocessed++;
if( !SW_SemiQuiet ){
fprintf( stderr, "\rNow making deterministic finite automaton[%d/%d] ", FAprocessed, FAtotal );
NoNewLine = 1;
}
curarc = fa->nsList;
while( curarc != NULL ){
FA *unifyingDstFA = NULL;
{
ARC *arc = curarc;
int inp = arc->inp;
FALIST *group = NULL;
CLASSFLAGS accptFlag = 0;
CLASSFLAGS startFlag = 0;
bundleNum = 0;
while( 1 ){
if( arc == NULL || arc->inp != inp ) break;
group = appendGroup( group, arc->fa );
accptFlag |= arc->fa->accpt;
startFlag |= arc->fa->start;
arc = arc->next;
bundleNum++;
}
if( bundleNum > 1 ){
unifyingDstFA = chkGroup( group, accptFlag,
startFlag,&newFlag );
} else {
/* この下4行はブロック外のwhileに対してのもの */
freeFAlist( group );
prevarc = curarc;
curarc = curarc->next;
continue;
}
}
inp = curarc->inp;
unifyAccptFlag = 0;
unifyStartFlag = 0;
for( i = 0; i < bundleNum; i++ ){
unifyAccptFlag |= curarc->accpt;
unifyStartFlag |= curarc->start;
if( !newFlag ){
/* volatileList = volatileFA( volatileList, curarc->ns );*/
curarc = unconnectFA( fa, prevarc, curarc );
} else {
if( curarc->fa == fa /* self-loop */ ){
reserved = 1;
/* volatileList = volatileFA( volatileList, fa );*/
curarc = unconnectFA( fa, prevarc, curarc );
} else {
curarc = unifyFA( unifyingDstFA, prevarc, curarc, fa );
}
}
}
connectUnifyFA( fa, inp, unifyingDstFA, reserved,
unifyAccptFlag, unifyStartFlag );
reserved = 0;
}
usArc2nsArc( fa );
/* unvolatileFA( volatileList );*/
curarc = fa->nsList;
while( curarc != NULL ){
r_makeDFA( curarc->fa );
curarc = curarc->next;
}
}