#include "config.h" #include "logger.h" #include "convertpluginloader.h" #include "replaygainpluginloader.h" #include "ripperpluginloader.h" #include "options.h" #include #include #include #include #include #include #include #include #include // NOTE currently only the possibilities of a file format are respected, // the possibilities of the current encoder are ignored // - seems to be fixed FormatItem::FormatItem() { // reset everything mime_types.clear(); size = 0; compressionType = FormatInfo::lossy; compressionLevel = 0; internalReplayGain = false; encoders.clear(); decoders.clear(); replaygains.clear(); //repairers.clear(); encoder = 0; decoder = 0; replaygain = 0; //repairer = 0; } FormatItem::~FormatItem() {} Config::Config( Logger* _logger ) { logger = _logger; currentRipper = 0; // this seems to be unnecessary } Config::~Config() {} void Config::read() { loadPlugins(); readProfiles(); KConfig *conf = kapp->config(); TQStringList listDefaults; int intDefault; bool boolDefault; TQString ripper; TQString encoder; TQString decoder; TQString replaygain; int rank; conf->setGroup( "General" ) ; data.app.configVersion = conf->readNumEntry( "configVersion", 0 ); /* if( configVersion == 0 ) { conf->setGroup( "Interface" ); data.general.updateDelay = conf->readNumEntry( "pauseMS", 500 ); data.general.startTab = conf->readNumEntry( "startTab", 0 ); data.general.showToolBar = conf->readBoolEntry( "showToolBar", false ); conf->setGroup( "Backends" ); listDefaults.clear(); TQString datadir = locateLocal( "data", "soundkonverter/bin/" ); datadir.remove( datadir.length() - 1, 1 ); listDefaults.append( datadir ); listDefaults.append( TQDir::homeDirPath() + "/bin" ); listDefaults.append( "/usr/local/bin" ); listDefaults.append( "/usr/bin" ); data.environment.directories = conf->readListEntry( "directories", listDefaults ); listDefaults.clear(); data.environment.foundPrograms = conf->readListEntry( "programs", listDefaults ); conf->setGroup( "Misc" ); //configVersion = conf->readNumEntry( "configVersion", 0 ); data.general.askForNewOptions = conf->readBoolEntry( "askForNewOptions", true ); return; }*/ conf->setGroup( "General" ) ; //configVersion = conf->readNumEntry( "configVersion", 0 ); data.general.startTab = conf->readNumEntry( "startTab", 0 ); data.general.lastTab = conf->readNumEntry( "lastTab", 0 ); data.general.defaultProfile = conf->readEntry( "defaultProfile", i18n("Last used") ); data.general.defaultFormat = conf->readEntry( "defaultFormat", i18n("Last used") ); // data.general.defaultOutputDirectory = conf->readEntry( "defaultOutputDirectory", TQDir::homeDirPath() + "/soundKonverter/%b/%d - %n - %a - %t" ); data.general.specifyOutputDirectory = conf->readEntry( "specifyOutputDirectory", TQDir::homeDirPath() + "/soundKonverter" ); data.general.metaDataOutputDirectory = conf->readEntry( "metaDataOutputDirectory", TQDir::homeDirPath() + "/soundKonverter/%b/%d - %n - %a - %t" ); data.general.copyStructureOutputDirectory = conf->readEntry( "copyStructureOutputDirectory", TQDir::homeDirPath() + "/soundKonverter" ); data.general.useVFATNames = conf->readBoolEntry( "useVFATNames", true ); data.general.conflictHandling = conf->readNumEntry( "conflictHandling", 0 ); data.general.priority = conf->readNumEntry( "priority", 10 ); data.general.numFiles = conf->readNumEntry( "numFiles", 3 ); data.general.updateDelay = conf->readNumEntry( "updateDelay", 500 ); data.general.askForNewOptions = conf->readBoolEntry( "askForNewOptions", true ); data.general.executeUserScript = conf->readBoolEntry( "executeUserScript", false ); data.general.showToolBar = conf->readBoolEntry( "showToolBar", false ); conf->setGroup( "Plugins" ); data.plugins.checkForUpdates = conf->readBoolEntry( "checkForUpdates", false ); conf->setGroup( "Environment" ); listDefaults.clear(); TQString datadir = locateLocal( "data", "soundkonverter/bin/" ); datadir.remove( datadir.length() - 1, 1 ); listDefaults.append( datadir ); listDefaults.append( TQDir::homeDirPath() + "/bin" ); listDefaults.append( "/usr/local/bin" ); listDefaults.append( "/usr/bin" ); data.environment.directories = conf->readListEntry( "directories", listDefaults ); listDefaults.clear(); data.environment.foundPrograms = conf->readListEntry( "foundPrograms", listDefaults ); conf->setGroup( "Ripper" ); ripper = conf->readEntry( "ripper", "kio_audiocd" ); if( ripper == "kio_audiocd" ) rank = 10000; else rank = 60; // kio_audiocd ranking currentRipper = 0; // this is a valid ripper (kio_audiocd) for( TQValueList::Iterator b = rippers.begin(); b != rippers.end(); ++b ) { binaries[ (*b)->rip.bin ] = ""; if( (*b)->rip.rank > rank ) { rank = (*b)->rip.rank; currentRipper = (*b); } if( (*b)->rip.bin == ripper ) { rank = 10000; // should be high enough to overbid the other plugins currentRipper = (*b); } } for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { for( TQValueList::Iterator b = (*it).encoders.begin(); b != (*it).encoders.end(); ++b ) { binaries[ (*b)->enc.bin ] = ""; } for( TQValueList::Iterator b = (*it).decoders.begin(); b != (*it).decoders.end(); ++b ) { binaries[ (*b)->dec.bin ] = ""; } for( TQValueList::Iterator b = (*it).replaygains.begin(); b != (*it).replaygains.end(); ++b ) { binaries[ (*b)->replaygain.bin ] = ""; } for( TQMap::Iterator b = binaries.begin(); b != binaries.end(); ++b ) { for( TQStringList::Iterator c = data.environment.directories.begin(); c != data.environment.directories.end(); ++c ) { if( b.data() == "" && TQFile::exists((*c) + "/" + b.key()) ) { b.data() = (*c) + "/" + b.key(); } } } TQStringList foundPrograms; for( TQMap::Iterator b = binaries.begin(); b != binaries.end(); ++b ) { if( b.data() != "" ) { foundPrograms.append( b.data() ); } } if( foundPrograms != data.environment.foundPrograms ) { backendsChanged = true; } else { backendsChanged = false; } } for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { conf->setGroup( (*it).mime_types.first() ); encoder = conf->readEntry( "encoder" ); decoder = conf->readEntry( "decoder" ); replaygain = conf->readEntry( "replaygain" ); (*it).encoder = 0; (*it).decoder = 0; (*it).replaygain = 0; rank = 0; for( TQValueList::Iterator b = (*it).encoders.begin(); b != (*it).encoders.end(); ++b ) { if( (*b)->enc.rank > rank && binaries[(*b)->enc.bin] != "" ) { rank = (*b)->enc.rank; (*it).encoder = (*b); } if( (*b)->enc.bin == encoder && binaries[(*b)->enc.bin] != "" ) { rank = 10000; // should be high enougth to overbid the other plugins (*it).encoder = (*b); } } rank = 0; for( TQValueList::Iterator b = (*it).decoders.begin(); b != (*it).decoders.end(); ++b ) { if( (*b)->dec.rank > rank && binaries[(*b)->dec.bin] != "" ) { rank = (*b)->dec.rank; (*it).decoder = (*b); } if( (*b)->dec.bin == decoder && binaries[(*b)->dec.bin] != "" ) { rank = 10000; // should be high enougth to overbid the other plugins (*it).decoder = (*b); } } rank = 0; for( TQValueList::Iterator b = (*it).replaygains.begin(); b != (*it).replaygains.end(); ++b ) { if( (*b)->replaygain.rank > rank && binaries[(*b)->replaygain.bin] != "" ) { rank = (*b)->replaygain.rank; (*it).replaygain = (*b); } if( (*b)->replaygain.bin == replaygain && binaries[(*b)->replaygain.bin] != "" ) { rank = 10000; // should be high enougth to overbid the other plugins (*it).replaygain = (*b); } } if( (*it).encoder != 0 && (*it).encoder->enc.strength.enabled ) { if( (*it).encoder->enc.strength.range_max >= (*it).encoder->enc.strength.range_min ) intDefault = (*it).encoder->enc.strength.default_value / (*it).encoder->enc.strength.step; else intDefault = ( (*it).encoder->enc.strength.range_min - (*it).encoder->enc.strength.default_value ) / (*it).encoder->enc.strength.step; } else { intDefault = 0; } (*it).compressionLevel = conf->readNumEntry( "compressionLevel", intDefault ); if( (*it).encoder != 0 && (*it).encoder->enc.replaygain.enabled ) { if( (*it).replaygain != 0 && (*it).replaygain->replaygain.rank > (*it).encoder->enc.replaygain.rank ) { boolDefault = false; } else { boolDefault = true; } } else { boolDefault = false; } (*it).internalReplayGain = conf->readBoolEntry( "internalReplayGain", boolDefault ); } } void Config::write( bool sync ) { TQTime time; time.start(); writeProfiles(); writeServiceMenu(); writeAmarokScript(); KConfig *conf = kapp->config(); conf->setGroup( "Ripper" ); conf->writeEntry( "ripper", (currentRipper)?currentRipper->rip.bin:"kio_audiocd" ); for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { conf->setGroup( (*it).mime_types.first() ); if( (*it).encoder ) conf->writeEntry( "encoder", (*it).encoder->enc.bin ); if( (*it).decoder ) conf->writeEntry( "decoder", (*it).decoder->dec.bin ); if( (*it).replaygain ) conf->writeEntry( "replaygain", (*it).replaygain->replaygain.bin ); conf->writeEntry( "compressionLevel", (*it).compressionLevel ); conf->writeEntry( "internalReplayGain", (*it).internalReplayGain ); } conf->setGroup( "General" ) ; conf->writeEntry( "configVersion", 300 ); conf->writeEntry( "startTab", data.general.startTab ); conf->writeEntry( "lastTab", data.general.lastTab ); conf->writeEntry( "defaultProfile", data.general.defaultProfile ); conf->writeEntry( "defaultFormat", data.general.defaultFormat ); // conf->writeEntry( "defaultOutputDirectory", data.general.defaultOutputDirectory ); conf->writeEntry( "specifyOutputDirectory", data.general.specifyOutputDirectory ); conf->writeEntry( "metaDataOutputDirectory", data.general.metaDataOutputDirectory ); conf->writeEntry( "copyStructureOutputDirectory", data.general.copyStructureOutputDirectory ); conf->writeEntry( "useVFATNames", data.general.useVFATNames ); conf->writeEntry( "conflictHandling", data.general.conflictHandling ); conf->writeEntry( "priority", data.general.priority ); conf->writeEntry( "numFiles", data.general.numFiles ); conf->writeEntry( "updateDelay", data.general.updateDelay ); conf->writeEntry( "askForNewOptions", data.general.askForNewOptions ); conf->writeEntry( "executeUserScript", data.general.executeUserScript ); conf->writeEntry( "showToolBar", data.general.showToolBar ); conf->setGroup( "Plugins" ); conf->writeEntry( "checkForUpdates", data.plugins.checkForUpdates ); conf->setGroup( "Environment" ); conf->writeEntry( "directories", data.environment.directories ); data.environment.foundPrograms.clear(); for( TQMap::Iterator b = binaries.begin(); b != binaries.end(); ++b ) { if( b.data() != "" ) { data.environment.foundPrograms.append( b.data() ); } } conf->writeEntry( "foundPrograms", data.environment.foundPrograms ); if( sync ) conf->sync(); emit configChanged(); logger->log( 1000, "wrote preferences: " + TQString::number(time.elapsed()) ); } void Config::readProfiles() { int version; TQString name; ConversionOptions options; TQDomDocument domTree; TQFile opmlFile( locateLocal("data","soundkonverter/profiles.xml") ); if( !opmlFile.open( IO_ReadOnly ) ) return; if( !domTree.setContent( &opmlFile ) ) return; opmlFile.close(); TQDomElement root = domTree.documentElement(); if( root.attribute("type") != "profiles" ) return; TQDomNode node, sub1Node, sub2Node; node = root.firstChild(); while( !node.isNull() ) { if( node.isElement() && node.nodeName() == "info" ) { version = node.toElement().attribute("version").toInt(); } else if( node.isElement() && node.nodeName() == "profile" ) { name = node.toElement().attribute("name"); sub1Node = node.toElement().firstChild(); while( !sub1Node.isNull() ) { if( sub1Node.isElement() && sub1Node.nodeName() == "encodingOptions" ) { // TODO clean up options.encodingOptions.sFormat = sub1Node.toElement().attribute("sFormat"); options.encodingOptions.sQualityMode = sub1Node.toElement().attribute("sQualityMode"); options.encodingOptions.iQuality = sub1Node.toElement().attribute("iQuality").toInt(); options.encodingOptions.sBitrateMode = sub1Node.toElement().attribute("sBitrateMode"); options.encodingOptions.bBitrateRange = sub1Node.toElement().attribute("bBitrateRange").toInt(); options.encodingOptions.iMinBitrate = sub1Node.toElement().attribute("iMinBitrate").toInt(); options.encodingOptions.iMaxBitrate = sub1Node.toElement().attribute("iMaxBitrate").toInt(); sub2Node = sub1Node.toElement().firstChild(); while( !sub2Node.isNull() ) { if( sub2Node.isElement() && sub2Node.nodeName() == "samplingRate" ) { options.encodingOptions.samplingRate.bEnabled = sub2Node.toElement().attribute("bEnabled").toInt(); options.encodingOptions.samplingRate.iSamplingRate = sub2Node.toElement().attribute("iSamplingRate").toInt(); } else if( sub2Node.isElement() && sub2Node.nodeName() == "channels" ) { options.encodingOptions.channels.bEnabled = sub2Node.toElement().attribute("bEnabled").toInt(); options.encodingOptions.channels.sChannels = sub2Node.toElement().attribute("sChannels"); } else if( sub2Node.isElement() && sub2Node.nodeName() == "replaygain" ) { options.encodingOptions.replaygain.bEnabled = sub2Node.toElement().attribute("bEnabled").toInt(); } sub2Node = sub2Node.nextSibling(); } options.encodingOptions.sInOutFiles = sub1Node.toElement().attribute("sInOutFiles"); } else if( sub1Node.isElement() && sub1Node.nodeName() == "outputOptions" ) { options.outputOptions.mode = (OutputDirectory::Mode)sub1Node.toElement().attribute("mode").toInt(); options.outputOptions.directory = sub1Node.toElement().attribute("directory"); } sub1Node = sub1Node.nextSibling(); } ProfileData profileData; profileData.name = name; profileData.options = options; profiles += profileData; } node = node.nextSibling(); } } void Config::writeProfiles() { TQDomDocument domTree; TQDomElement root = domTree.createElement( "soundkonverter" ); root.setAttribute( "type", "profiles" ); domTree.appendChild( root ); TQDomElement info = domTree.createElement( "info" ); info.setAttribute( "version", "300" ); root.appendChild( info ); for( TQValueList::Iterator it = profiles.begin(); it != profiles.end(); ++it ) { TQDomElement profile = domTree.createElement( "profile" ); profile.setAttribute( "name", (*it).name ); TQDomElement encodingOptions = domTree.createElement( "encodingOptions" ); encodingOptions.setAttribute( "sFormat", (*it).options.encodingOptions.sFormat ); encodingOptions.setAttribute( "sQualityMode", (*it).options.encodingOptions.sQualityMode ); encodingOptions.setAttribute( "iQuality", (*it).options.encodingOptions.iQuality ); encodingOptions.setAttribute( "sBitrateMode", (*it).options.encodingOptions.sBitrateMode ); encodingOptions.setAttribute( "bBitrateRange", (*it).options.encodingOptions.bBitrateRange ); encodingOptions.setAttribute( "iMinBitrate", (*it).options.encodingOptions.iMinBitrate ); encodingOptions.setAttribute( "iMaxBitrate", (*it).options.encodingOptions.iMaxBitrate ); TQDomElement samplingRate = domTree.createElement( "samplingRate" ); samplingRate.setAttribute( "bEnabled", (*it).options.encodingOptions.samplingRate.bEnabled ); samplingRate.setAttribute( "iSamplingRate", (*it).options.encodingOptions.samplingRate.iSamplingRate ); encodingOptions.appendChild( samplingRate ); TQDomElement channels = domTree.createElement( "channels" ); channels.setAttribute( "bEnabled", (*it).options.encodingOptions.channels.bEnabled ); channels.setAttribute( "sChannels", (*it).options.encodingOptions.channels.sChannels ); encodingOptions.appendChild( channels ); TQDomElement replaygain = domTree.createElement( "replaygain" ); replaygain.setAttribute( "bEnabled", (*it).options.encodingOptions.replaygain.bEnabled ); encodingOptions.appendChild( replaygain ); encodingOptions.setAttribute( "sInOutFiles", (*it).options.encodingOptions.sInOutFiles ); profile.appendChild( encodingOptions ); TQDomElement outputOptions = domTree.createElement( "outputOptions" ); outputOptions.setAttribute( "mode", int((*it).options.outputOptions.mode) ); outputOptions.setAttribute( "directory", (*it).options.outputOptions.directory ); profile.appendChild( outputOptions ); root.appendChild( profile ); } TQFile opmlFile( locateLocal("data","soundkonverter/profiles.xml") ); if( !opmlFile.open( IO_WriteOnly ) ) return; TQTextStream ts( &opmlFile ); ts << domTree.toString(); opmlFile.close(); } void Config::writeServiceMenu() { int num; TQString content; TQFile file; num = 0; content = ""; content += "[Desktop Entry]\n"; content += "ServiceTypes="; for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { // if( (*it).encoder != 0 && binaries[(*it).encoder->enc.bin] != "" && (*it).mime_types.first() != "application/octet-stream" ) { // if( !(*it).encoder->enc.lossy.enabled && !(*it).encoder->enc.lossless.enabled && !(*it).encoder->enc.hybrid.enabled ) continue; // for( TQStringList::Iterator b = (*it).mime_types.begin(); b != (*it).mime_types.end(); ++b ) { // content += (*b) + ","; // num++; // } // } if( (*it).decoder != 0 && binaries[(*it).decoder->dec.bin] != "" && (*it).mime_types.first() != "application/octet-stream" ) { for( TQStringList::Iterator b = (*it).mime_types.begin(); b != (*it).mime_types.end(); ++b ) { content += (*b) + ","; num++; } } } if( num != 0 ) { content += "audio/x-wav"; content += "\n"; content += "Icon=soundkonverter\n"; content += "Actions=ConvertWithSoundkonverter\n\n"; content += "[Desktop Action ConvertWithSoundkonverter]\n"; content += "Name="+i18n("Convert with soundKonverter ...")+"\n"; content += "Icon=soundkonverter\n"; content += "Exec=soundkonverter %F\n"; file.setName( locateLocal("data","konqueror/servicemenus/")+"convert_with_soundkonverter.desktop" ); if ( file.open( IO_WriteOnly ) ) { TQTextStream stream( &file ); stream << content; file.close(); } } num = 0; content = ""; content += "[Desktop Entry]\n"; content += "ServiceTypes="; for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).replaygain != 0 && binaries[(*it).replaygain->replaygain.bin] != "" && (*it).mime_types.first() != "application/octet-stream" ) { for( TQStringList::Iterator b = (*it).mime_types.begin(); b != (*it).mime_types.end(); ++b ) { content += (*b) + ","; num++; } } } if( num != 0 ) { content = content.left(content.length()-1); content += "\n"; content += "Icon=soundkonverter_replaygain\n"; content += "Actions=AddReplayGainWithSoundkonverter\n\n"; content += "[Desktop Action AddReplayGainWithSoundkonverter]\n"; content += "Name="+i18n("Add Replay Gain with soundKonverter ...")+"\n"; content += "Icon=soundkonverter_replaygain\n"; content += "Exec=soundkonverter --replaygain %F\n"; file.setName( locateLocal("data","konqueror/servicemenus/")+"add_replaygain_with_soundkonverter.desktop" ); if( file.open(IO_WriteOnly) ) { TQTextStream st( &file ); st << content; file.close(); } } } void Config::writeAmarokScript() { int num, num1, num2; TQString content, content1, content2; TQFile file; num = 0; content = ""; content += "name = soundKonverter\n"; content += "type = transcode\n\n"; content += "[Transcode]\n"; content += "target_formats = "; for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).encoder != 0 && binaries[(*it).encoder->enc.bin] != "" && (*it).mime_types.first() != "application/octet-stream" ) { if( !(*it).encoder->enc.lossy.enabled && !(*it).encoder->enc.lossless.enabled && !(*it).encoder->enc.hybrid.enabled ) continue; for( TQStringList::Iterator b = (*it).extensions.begin(); b != (*it).extensions.end(); ++b ) { if( content.find(" "+(*b).lower()+" ") == -1 ) content += (*b).lower() + " "; num++; } } } if( num != 0 ) // TODO what is, if there are only decoders? { content += "wav"; content += "\n"; file.setName( locateLocal("data","amarok/scripts/soundKonverter/")+"soundKonverter.spec" ); if( file.open(IO_WriteOnly) ) { TQTextStream st( &file ); st << content; file.close(); } } num1 = num2 = 0; content = content1 = content2 = ""; // NOTE duplicate entries won't be shown to the user at any time, so they aren't filtered for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).encoder != 0 && binaries[(*it).encoder->enc.bin] != "" && (*it).mime_types.first() != "application/octet-stream" ) { if( (*it).encoder->enc.lossless.enabled ) { for( TQStringList::Iterator b = (*it).extensions.begin(); b != (*it).extensions.end(); ++b ) { if( content1.find(","+(*b).lower()+",") == -1 ) content1 += (*b).lower() + ","; // NOTE the first entry will be shown twice num1++; } } if( (*it).encoder->enc.hybrid.enabled ) { for( TQStringList::Iterator b = (*it).extensions.begin(); b != (*it).extensions.end(); ++b ) { if( content2.find(","+(*b).lower()+",") == -1 ) content2 += (*b).lower() + ","; // NOTE the first entry will be shown twice num2++; } } } } if( num1 != 0 ) { content1 = content1.left(content1.length()-1); content += "Lossless"; content += "\n"; content += content1; content += "\n"; } if( num2 != 0 ) { content2 = content2.left(content2.length()-1); content += "Hybrid"; content += "\n"; content += content2; content += "\n"; } if( num1 != 0 || num2 != 0 ) { file.setName( locateLocal("data","amarok/scripts/soundKonverter/")+"formats" ); if( file.open(IO_WriteOnly) ) { TQTextStream st( &file ); st << content; file.close(); } } KStandardDirs* stdDirs = new KStandardDirs(); if( !TQFile::exists(locateLocal("data","amarok/scripts/soundKonverter/soundKonverter.rb")) ) { KIO::NetAccess::file_copy( stdDirs->findResource("data","soundkonverter/amarokscript/soundKonverter.rb"), locateLocal("data","amarok/scripts/soundKonverter/soundKonverter.rb"), 0755, true ); } if( !TQFile::exists(locateLocal("data","amarok/scripts/soundKonverter/README")) ) { KIO::NetAccess::file_copy( stdDirs->findResource("data","soundkonverter/amarokscript/README"), locateLocal("data","amarok/scripts/soundKonverter/README"), -1, true ); } delete stdDirs; } void Config::loadFileInfos() {} void Config::loadPlugins() { // NOTE can be speeded up //kdDebug() << "entering: `" << "Config::loadPlugins()" << "'" << endl; logger->log( 1000, "entering: `Config::loadPlugins()'" ); TQStringList list; TQDir dir; TQString correction_file_mime_type; /** a map that holds the _identifier_ and the _version_ number of all plugins */ TQMap pluginMap; int version; TQString identifier; int i; ConvertPluginLoader* convertPluginLoader = new ConvertPluginLoader(); ReplayGainPluginLoader* replaygainPluginLoader = new ReplayGainPluginLoader(); RipperPluginLoader* ripperPluginLoader = new RipperPluginLoader(); KStandardDirs stddir; TQStringList directories = stddir.findDirs( "data", "soundkonverter/plugins/" ); for( TQStringList::Iterator a = directories.begin(); a != directories.end(); ++a ) { //kdDebug() << " searching directory: `" << *a << "'" << endl; logger->log( 1000, " searching directory: `" + *a + "'" ); dir.setPath( *a ); list = dir.entryList( "*", TQDir::All, TQDir::Name ); for( TQStringList::Iterator b = list.begin(); b != list.end(); ++b ) { if( *b != "." && *b != ".." && (*b).right(19) == ".soundkonverter.xml" ) { //kdDebug() << " found file: `" << *b << "'" << endl; logger->log( 1000, " found file: `" + *b + "'" ); if( convertPluginLoader->verifyFile( TQString(*a).append(*b) ) != -1 ) { version = convertPluginLoader->verifyFile( TQString(*a).append(*b) ); identifier = *b; identifier.remove( identifier.length() - 19, 19 ); i = identifier.findRev( "-" ); identifier.remove( i, identifier.length() - i ); // i = identifier.find( "." ); // identifier.remove( 0, i + 1 ); if( !pluginMap.contains(identifier) ) { PluginMapData data; data.version = 0; pluginMap.insert( identifier, data ); } if( pluginMap[identifier].version < version ) { pluginMap[identifier].version = version; pluginMap[identifier].filename = TQString(*a).append(*b); pluginMap[identifier].type = "converter"; logger->log( 1000, " updating version for: `" + identifier + "'" ); } } else if( replaygainPluginLoader->verifyFile( TQString(*a).append(*b) ) != -1 ) { version = replaygainPluginLoader->verifyFile( TQString(*a).append(*b) ); identifier = *b; identifier.remove( identifier.length() - 19, 19 ); i = identifier.findRev( "-" ); identifier.remove( i, identifier.length() - i ); // i = identifier.find( "." ); // identifier.remove( 0, i + 1 ); if( !pluginMap.contains(identifier) ) { PluginMapData data; data.version = 0; pluginMap.insert( identifier, data ); } if( pluginMap[identifier].version < version ) { pluginMap[identifier].version = version; pluginMap[identifier].filename = TQString(*a).append(*b); pluginMap[identifier].type = "replaygain"; logger->log( 1000, " updating version for: `" + identifier + "'" ); } } else if( ripperPluginLoader->verifyFile( TQString(*a).append(*b) ) != -1 ) { version = ripperPluginLoader->verifyFile( TQString(*a).append(*b) ); identifier = *b; identifier.remove( identifier.length() - 19, 19 ); i = identifier.findRev( "-" ); identifier.remove( i, identifier.length() - i ); // i = identifier.find( "." ); // identifier.remove( 0, i + 1 ); if( !pluginMap.contains(identifier) ) { PluginMapData data; data.version = 0; pluginMap.insert( identifier, data ); } if( pluginMap[identifier].version < version ) { pluginMap[identifier].version = version; pluginMap[identifier].filename = TQString(*a).append(*b); pluginMap[identifier].type = "ripper"; logger->log( 1000, " updating version for: `" + identifier + "'" ); } } else { //kdDebug() << " file is invalid: `" << *b << "'" << endl; logger->log( 1000, " file is invalid: `" + *b + "'" ); } } } } for( TQMap::Iterator a = pluginMap.begin(); a != pluginMap.end(); ++a ) { if( a.data().type == "converter" ) { ConvertPlugin* plugin = convertPluginLoader->loadFile( a.data().filename ); if( plugin->info.version != -1 ) { if( plugin->enc.hybrid.enabled ) { correction_file_mime_type = plugin->enc.hybrid.correction_file_mime_type; } if( plugin->enc.enabled ) { for( TQStringList::Iterator b = plugin->enc.mime_types.begin(); b != plugin->enc.mime_types.end(); ++b ) { //kdDebug() << " registering encoder for: `" << *b << "'" << endl; logger->log( 1000, " registering encoder for: `" + *b + "'" ); registerFormatFeatures( *b, plugin, 0, 0, correction_file_mime_type ); } } if( plugin->dec.enabled ) { for( TQStringList::Iterator b = plugin->dec.mime_types.begin(); b != plugin->dec.mime_types.end(); ++b ) { //kdDebug() << " registering decoder for: `" << *b << "'" << endl; logger->log( 1000, " registering decoder for: `" + *b + "'" ); registerFormatFeatures( *b, 0, plugin, 0, correction_file_mime_type ); } } converters.append( plugin ); //kdDebug() << " plugin sucessfully loaded: `" << a.key() << "'" << endl; logger->log( 1000, " plugin sucessfully loaded: `" + a.key() + "'" ); } else { //kdError() << " failed to load Plugin: `" << a.key() << "'" << endl; logger->log( 1000, " failed to load Plugin: `" + a.key() + "'" ); } } else if( a.data().type == "replaygain" ) { ReplayGainPlugin* plugin = replaygainPluginLoader->loadFile( a.data().filename ); if( plugin->info.version != -1 ) { for( TQStringList::Iterator b = plugin->replaygain.mime_types.begin(); b != plugin->replaygain.mime_types.end(); ++b ) { //kdDebug() << " registering replaygain for: `" << *b << "'" << endl; logger->log( 1000, " registering replaygain for: `" + *b + "'" ); registerFormatFeatures( *b, 0, 0, plugin ); } replaygains.append( plugin ); //kdDebug() << " plugin sucessfully loaded: `" << a.key() << "'" << endl; logger->log( 1000, " plugin sucessfully loaded: `" + a.key() + "'" ); } else { //kdError() << " failed to load Plugin: `" << a.key() << "'" << endl; logger->log( 1000, " failed to load Plugin: `" + a.key() + "'" ); } } else if( a.data().type == "ripper" ) { RipperPlugin* plugin = ripperPluginLoader->loadFile( a.data().filename ); if( plugin->info.version != -1 ) { rippers.append( plugin ); //kdDebug() << " plugin sucessfully loaded: `" << a.key() << "'" << endl; logger->log( 1000, " plugin sucessfully loaded: `" + a.key() + "'" ); } else { //kdError() << " failed to load Plugin: `" << a.key() << "'" << endl; logger->log( 1000, " failed to load Plugin: `" + a.key() + "'" ); } } } delete convertPluginLoader; delete replaygainPluginLoader; delete ripperPluginLoader; // NOTE in order to make a plugin working, there must be a format_infos file. // TODO remove duplicate extensions FormatInfoLoader* formatInfoLoader = new FormatInfoLoader(); //kdDebug() << " trying to open: `" << "soundkonverter/format_infos/"+language+"/" << "'" << endl; // logger->log( 1000, " trying to open: `soundkonverter/format_infos/" + language + "/'" ); // directories = stddir.findDirs( "data", "soundkonverter/format_infos/"+language+"/" ); // if( directories.isEmpty() ) directories = stddir.findDirs( "data", "soundkonverter/format_infos/en/" ); directories = stddir.findDirs( "data", "soundkonverter/format_infos/" ); for( TQStringList::Iterator a = directories.begin(); a != directories.end(); ++a ) { //kdDebug() << " searching directory: `" << *a << "'" << endl; logger->log( 1000, " searching directory: `" + *a + "'" ); dir.setPath( *a ); list = dir.entryList( "*", TQDir::All, TQDir::Name ); for( TQStringList::Iterator b = list.begin(); b != list.end(); ++b ) { if( *b != "." && *b != ".." && (*b).right(4) == ".xml" ) { //kdDebug() << " found file: `" << *b << "'" << endl; logger->log( 1000, " found file: `" + *b + "'" ); if( formatInfoLoader->verifyFile( TQString(*a).append(*b) ) ) { FormatInfo* formatInfo = formatInfoLoader->loadFile( TQString(*a).append(*b) ); for( TQValueList::Iterator c = formats.begin(); c != formats.end(); ++c ) { for( TQStringList::Iterator d = formatInfo->mime_types.begin(); d != formatInfo->mime_types.end(); ++d ) { if( (*c).mime_types.findIndex(*d) != -1 ) { (*c).description = "

" + formatInfo->description + "

"; (*c).description.replace("\\n","

\n

"); for( TQStringList::Iterator d = formatInfo->urls.begin(); d != formatInfo->urls.end(); ++d ) { (*c).description += "\n

" + (*d) + "

"; } (*c).compressionType = formatInfo->compressionType; (*c).size = formatInfo->size; // add extensions for mime types logger->log( 1000, " found mime type: `" + *d + "'" ); TQStringList extensions = KMimeType::mimeType( *d )->patterns(); for( TQStringList::Iterator c = extensions.begin(); c != extensions.end(); ++c ) { (*c).remove( 0, 2 ); logger->log( 1000, " adding extension: `" + *c + "'" ); } (*c).extensions += extensions; // add extensions (from format file) HACK extensions = formatInfo->extensions; if( !extensions.isEmpty() ) { logger->log( 1000, " found extensions..." ); for( TQStringList::Iterator c = extensions.begin(); c != extensions.end(); ++c ) { logger->log( 1000, " adding extension: `" + *c + "'" ); } (*c).extensions += extensions; } // add extensions for correction file mime types for( TQStringList::Iterator d = (*c).correction_file_mime_types.begin(); d != (*c).correction_file_mime_types.end(); ++d ) { logger->log( 1000, " found correction mime type: `" + *d + "'" ); TQStringList extensions = KMimeType::mimeType( *d )->patterns(); for( TQStringList::Iterator e = extensions.begin(); e != extensions.end(); ++e ) { (*e).remove( 0, 2 ); logger->log( 1000, " adding correction extension: `" + *e + "'" ); (*c).correction_file_extensions += (*e); } } } } } } } } } delete formatInfoLoader; } void Config::registerFormatFeatures( const TQString &mime_type, ConvertPlugin* encoder, ConvertPlugin* decoder, ReplayGainPlugin* replaygain/*, RepairPlugin* repairer*/, const TQString &correction_file_mime_type ) { //kdDebug() << " entering: `" << "Config::registerFormatFeatures( ... )" << "'" << endl; logger->log( 1000, " entering: `Config::registerFormatFeatures( ... )'" ); // iterate through all file formats and search for an existing one for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(mime_type) != -1 ) { // we found an existing entry for our file format //kdDebug() << " found an existing entry: `" << mime_type << "'" << endl; logger->log( 1000, " found an existing entry: `" + mime_type + "'" ); if( encoder != 0 ) (*it).encoders.append( encoder ); // if( (*it).encoder == 0 && encoder != 0 ) (*it).encoder = encoder; // if( (*it).encoder != 0 && binaries[(*it).encoder.enc.bin] == "" ) if( decoder != 0 ) (*it).decoders.append( decoder ); // if( (*it).decoder == 0 && decoder != 0 ) (*it).decoder = decoder; if( replaygain != 0 ) (*it).replaygains.append( replaygain ); // if( (*it).replaygain == 0 && replaygain != 0 ) (*it).replaygain = replaygain; //if( repairer ) (*it).repairer.append( repairer );*/ if( !correction_file_mime_type.isEmpty() ) (*it).correction_file_mime_types.append( correction_file_mime_type ); // everything done, we can return! return; } } //kdDebug() << " creating a new entry: `" << mime_type << "'" << endl; logger->log( 1000, " creating a new entry: `" + mime_type + "'" ); // well it seems, we haven't found an entry. create a new! TQValueList::Iterator newItem = formats.append( FormatItem() ); (*newItem).mime_types = mime_type; if( encoder != 0 ) (*newItem).encoders.append( encoder ); // if( encoder != 0 ) (*newItem).encoder = encoder; if( decoder != 0 ) (*newItem).decoders.append( decoder ); // if( decoder != 0 ) (*newItem).decoder = decoder; if( replaygain != 0 ) (*newItem).replaygains.append( replaygain ); // if( replaygain != 0 ) (*newItem).replaygain = replaygain; //if( repairer ) (*newItem).repairer.append( repairer ); if( !correction_file_mime_type.isEmpty() ) (*newItem).correction_file_mime_types.append( correction_file_mime_type ); } /*void Config::registerFileFormat( const TQString &mime_type, const TQString &option, const TQString &value ) { // iterate through all file formats and search for an existing one for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(mime_type) != -1 ) { // we found an existing entry for our file format if( option == "mime_type" ) (*it).mime_types.append( value ); //else if( option == "description" ) // TODO implement a qmap ?! else if( option == "size" ) (*it).size = value.toInt(); else if( option == "compression_type" ) { if( value == "lossy" ) (*it).compressionType = FormatInfo::lossy; else if( value == "lossless" ) (*it).compressionType = FormatInfo::lossless; else (*it).compressionType = FormatInfo::hybrid; } // everything done, we can return! return; } } // well it seems, we haven't found an entry. create a new! TQValueList::Iterator newItem = formats.append( FormatItem() ); if( option == "mime_type" ) (*newItem).mime_types.append( value ); //else if( option == "description" ) // TODO implement a qmap ?! else if( option == "size" ) (*newItem).size = value.toInt(); else if( option == "compression_type" ) { if( value == "lossy" ) (*newItem).compressionType = FormatInfo::lossy; else if( value == "lossless" ) (*newItem).compressionType = FormatInfo::lossless; else (*newItem).compressionType = FormatInfo::hybrid; } }*/ ConvertPlugin* Config::encoderForFormat( const TQString &format ) { // iterate through all file formats and search for our format in mime_types and extensions for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(format) != -1 || (*it).extensions.findIndex(format) != -1 ) { // we found it return (*it).encoder; } } return 0; } ConvertPlugin* Config::decoderForFormat( const TQString &format ) { // iterate through all file formats and search for our format in mime_types and extensions for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(format) != -1 || (*it).extensions.findIndex(format) != -1 ) { // we found it return (*it).decoder; } } return 0; } ReplayGainPlugin* Config::replaygainForFormat( const TQString &format ) { // iterate through all file formats and search for our format in mime_types and extensions for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(format) != -1 || (*it).extensions.findIndex(format) != -1 ) { // we found it return (*it).replaygain; } } return 0; } FormatItem* Config::getFormatItem( const TQString &format ) { // iterate through all file formats and search for our format in mime_types and extensions for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(format) != -1 || (*it).extensions.findIndex(format) != -1 ) { // we found it return &(*it); } } return 0; } // NOTE speed up the following 3 functions (cache the data) (use the extensions variable in FormatItem) // NOTE seems to be called too often ??? TQStringList Config::allFormats() { TQStringList list; //kdDebug() << "entering: `" << "Config::allFormats()" << "'" << endl; logger->log( 1000, "entering: `Config::allFormats()'" ); for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { //kdDebug() << " mime type: `" << (*it).mime_types.first() << "'" << endl; logger->log( 1000, " mime type: `" + (*it).mime_types.first() + "'" ); if( (*it).mime_types.first() != "application/octet-stream" ) { // TQString extension = KMimeType::mimeType( (*it).mime_types.first() )->patterns().first().lower(); // extension.remove( 0, 2 ); TQString extension = (*it).extensions.first().lower(); //kdDebug() << " extension: `" << extension << "'" << endl; logger->log( 1000, " extension: `" + extension + "'" ); if( !extension.isEmpty() && !list.contains(extension) ) { list.append( extension ); //kdDebug() << " (added)" << endl; logger->log( 1000, " (added)" ); } } } return list; } TQStringList Config::allEncodableFormats() { TQStringList list; //kdDebug() << "entering: `" << "Config::allEncodableFormats()" << "'" << endl; logger->log( 1000, "entering: `Config::allEncodableFormats()'" ); for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { //kdDebug() << " mime type: `" << (*it).mime_types.first() << "'" << endl; logger->log( 1000, " mime type: `" + (*it).mime_types.first() + "'" ); if( (*it).encoder != 0 && binaries[(*it).encoder->enc.bin] != "" && (*it).mime_types.first() != "application/octet-stream" ) { if( !(*it).encoder->enc.lossy.enabled && !(*it).encoder->enc.lossless.enabled && !(*it).encoder->enc.hybrid.enabled ) continue; // TQString extension = KMimeType::mimeType( (*it).mime_types.first() )->patterns().first().lower(); // extension.remove( 0, 2 ); TQString extension = (*it).extensions.first().lower(); //kdDebug() << " extension: `" << extension << "'" << endl; logger->log( 1000, " extension: `" + extension + "'" ); if( !extension.isEmpty() && !list.contains(extension) ) { list.append( extension ); //kdDebug() << " (added)" << endl; logger->log( 1000, " (added)" ); } } } return list; } TQStringList Config::allLossyEncodableFormats() { TQStringList list; //kdDebug() << "entering: `" << "Config::allLossyEncodableFormats()" << "'" << endl; // logger->log( 1000, "entering: `Config::allLossyEncodableFormats()'" ); for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { //kdDebug() << " mime type: `" << (*it).mime_types.first() << "'" << endl; // logger->log( 1000, " mime type: `" + (*it).mime_types.first() + "'" ); if( (*it).encoder != 0 && binaries[(*it).encoder->enc.bin] != "" && (*it).encoder->enc.lossy.enabled && (*it).compressionType & FormatInfo::lossy && (*it).mime_types.first() != "application/octet-stream" ) { // TQString extension = KMimeType::mimeType( (*it).mime_types.first() )->patterns().first().lower(); // extension.remove( 0, 2 ); TQString extension = (*it).extensions.first().lower(); //kdDebug() << " extension: `" << extension << "'" << endl; // logger->log( 1000, " extension: `" + extension + "'" ); if( !extension.isEmpty() && !list.contains(extension) ) { list.append( extension ); //kdDebug() << " (added)" << endl; // logger->log( 1000, " (added)" ); } } } return list; } TQStringList Config::allLosslessEncodableFormats() { TQStringList list; //kdDebug() << "entering: `" << "Config::allLosslessEncodableFormats()" << "'" << endl; logger->log( 1000, "entering: `Config::allLosslessEncodableFormats()'" ); for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { //kdDebug() << " mime type: `" << (*it).mime_types.first() << "'" << endl; logger->log( 1000, " mime type: `" + (*it).mime_types.first() + "'" ); if( (*it).encoder != 0 && binaries[(*it).encoder->enc.bin] != "" && (*it).encoder->enc.lossless.enabled && (*it).compressionType & FormatInfo::lossless && (*it).mime_types.first() != "application/octet-stream" ) { // TQString extension = KMimeType::mimeType( (*it).mime_types.first() )->patterns().first().lower(); // extension.remove( 0, 2 ); TQString extension = (*it).extensions.first().lower(); //kdDebug() << " extension: `" << extension << "'" << endl; logger->log( 1000, " extension: `" + extension + "'" ); if( !extension.isEmpty() && !list.contains(extension) ) { list.append( extension ); //kdDebug() << " (added)" << endl; logger->log( 1000, " (added)" ); } } } return list; } TQStringList Config::allHybridEncodableFormats() { TQStringList list; //kdDebug() << "entering: `" << "Config::allHybridEncodableFormats()" << "'" << endl; logger->log( 1000, "entering: `Config::allHybridEncodableFormats()'" ); for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { //kdDebug() << " mime type: `" << (*it).mime_types.first() << "'" << endl; logger->log( 1000, " mime type: `" + (*it).mime_types.first() + "'" ); if( (*it).encoder != 0 && binaries[(*it).encoder->enc.bin] != "" && (*it).encoder->enc.hybrid.enabled && (*it).compressionType & FormatInfo::hybrid && (*it).mime_types.first() != "application/octet-stream" ) { // TQString extension = KMimeType::mimeType( (*it).mime_types.first() )->patterns().first().lower(); // extension.remove( 0, 2 ); TQString extension = (*it).extensions.first().lower(); //kdDebug() << " extension: `" << extension << "'" << endl; logger->log( 1000, " extension: `" + extension + "'" ); if( !extension.isEmpty() && !list.contains(extension) ) { list.append( extension ); //kdDebug() << " (added)" << endl; logger->log( 1000, " (added)" ); } } } return list; } TQString Config::getCorrectionExtension( const TQString &format ) { // iterate through all file formats and search for our format for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(format) != -1 || (*it).extensions.findIndex(format) != -1 ) { // we found it return (*it).correction_file_extensions.first(); } } return ""; } TQString Config::getFormatDescription( const TQString &format ) // NOTE could be removed { // iterate through all file formats and search for our format for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(format) != -1 || (*it).extensions.findIndex(format) != -1 ) { // we found it return (*it).description; } } return ""; } void Config::addProfile( const TQString &name, const ConversionOptions& profile ) { ProfileData profileData; profileData.name = name; profileData.options = profile; profiles += profileData; if( name != i18n("Last used") && name != "Last used" ) writeProfiles(); // will only be saved at app exit, when saving everything anyway emit configChanged(); } void Config::removeProfile( const TQString &name ) { for( TQValueList::Iterator it = profiles.begin(); it != profiles.end(); ++it ) { if( (*it).name == name ) { profiles.remove( it ); if( name != i18n("Last used") && name != "Last used" ) writeProfiles(); // will only be saved at app exit, when saving everything anyway return; } } emit configChanged(); } ConversionOptions Config::getProfile( const TQString &name ) { for( TQValueList::Iterator it = profiles.begin(); it != profiles.end(); ++it ) { if( /*(*it).name != i18n("Last used") &&*/ (*it).name == name ) { return (*it).options; } } ConversionOptions options; options.encodingOptions.sFormat = ""; return options; } TQString Config::getProfileName( const ConversionOptions& options ) { if( options.encodingOptions.sQualityMode == i18n("Lossless") ) { return i18n("Lossless"); } if( options.encodingOptions.sQualityMode == i18n("Hybrid") ) { return i18n("Hybrid"); } for( TQValueList::Iterator it = profiles.begin(); it != profiles.end(); ++it ) { if( (*it).name != i18n("Last used") && (*it).options.nearlyEqual( options ) ) { return (*it).name; } } ConvertPlugin* plugin = encoderForFormat( options.encodingOptions.sFormat ); if( plugin != 0 ) { if( plugin->enc.lossy.quality.enabled ) { if( options.encodingOptions.sQualityMode == i18n("Quality") && options.encodingOptions.iQuality == 20 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == true && options.encodingOptions.samplingRate.iSamplingRate == 22050 && options.encodingOptions.channels.bEnabled == true && options.encodingOptions.channels.sChannels == i18n("Mono") && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Very low"); } if( options.encodingOptions.sQualityMode == i18n("Quality") && options.encodingOptions.iQuality == 30 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == true && options.encodingOptions.samplingRate.iSamplingRate == 22050 && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Low"); } if( options.encodingOptions.sQualityMode == i18n("Quality") && options.encodingOptions.iQuality == 40 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == false && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Medium"); } if( options.encodingOptions.sQualityMode == i18n("Quality") && options.encodingOptions.iQuality == 50 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == false && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("High"); } if( options.encodingOptions.sQualityMode == i18n("Quality") && options.encodingOptions.iQuality == 60 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == false && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Very high"); } } if( plugin->enc.lossy.bitrate.abr.enabled || plugin->enc.lossy.bitrate.cbr.enabled ) { if( options.encodingOptions.sQualityMode == i18n("Bitrate") && options.encodingOptions.iQuality == 64 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == true && options.encodingOptions.samplingRate.iSamplingRate == 22050 && options.encodingOptions.channels.bEnabled == true && options.encodingOptions.channels.sChannels == i18n("Mono") && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Very low"); } if( options.encodingOptions.sQualityMode == i18n("Bitrate") && options.encodingOptions.iQuality == 96 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == true && options.encodingOptions.samplingRate.iSamplingRate == 22050 && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Low"); } if( options.encodingOptions.sQualityMode == i18n("Bitrate") && options.encodingOptions.iQuality == 192 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == false && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Medium"); } if( options.encodingOptions.sQualityMode == i18n("Bitrate") && options.encodingOptions.iQuality == 240 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == false && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("High"); } if( options.encodingOptions.sQualityMode == i18n("Bitrate") && options.encodingOptions.iQuality == 320 && options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == false && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Very high"); } } /*{ if( options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == true && options.encodingOptions.samplingRate.iSamplingRate == 22050 && options.encodingOptions.channels.bEnabled == true && options.encodingOptions.channels.sChannels == i18n("Mono") && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Very low"); } if( options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == true && options.encodingOptions.samplingRate.iSamplingRate == 22050 && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Low"); } if( options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == false && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Medium"); } if( options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == false && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("High"); } if( options.encodingOptions.bBitrateRange == false && options.encodingOptions.samplingRate.bEnabled == false && options.encodingOptions.channels.bEnabled == false && options.encodingOptions.sInOutFiles == binaries[plugin->enc.bin] + " " + plugin->enc.in_out_files ) { return i18n("Very high"); } }*/ } return i18n("User defined"); } TQStringList Config::getAllProfiles() { TQStringList list; for( TQValueList::Iterator it = profiles.begin(); it != profiles.end(); ++it ) { /*if( (*it).name != i18n("Last used") )*/ list += (*it).name; } return list; } bool Config::acceptFile( const TQString& format ) { if( format == "audio/x-wav" || format == "wav" ) return true; for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(format) != -1 || (*it).extensions.findIndex(format) != -1 ) { // we found it if( (*it).decoder != 0 ) return true; } } return false; } bool Config::acceptReplayGainFile( const TQString& format ) { for( TQValueList::Iterator it = formats.begin(); it != formats.end(); ++it ) { if( (*it).mime_types.findIndex(format) != -1 || (*it).extensions.findIndex(format) != -1 ) { // we found it if( (*it).replaygain != 0 ) return true; } } return false; } TQString Config::fileFilter( bool wav ) { TQString filter1; if( wav ) filter1 += "*.wav *.WAV *.Wav"; TQString filter2; if( wav ) filter2 += "\n*.wav *.WAV *.Wav|wav " + i18n("files") + " (*.wav)"; TQString temp; for( TQValueList::Iterator a = formats.begin(); a != formats.end(); ++a ) { if( (*a).decoder != 0 ) { temp = ""; for( TQStringList::Iterator b = (*a).extensions.begin(); b != (*a).extensions.end(); ++b ) { filter1 += " *." + (*b); if( !temp.contains(*b,false) ) temp += " *." + (*b).lower(); } //temp.stripWhiteSpace(); // NOTE doesn't work if( temp != "" && temp.length() < 80 ) { temp.remove( 0, 1 ); temp = "\n" + temp + "|" + (*a).extensions.first() + " " + i18n("files") + " (" + temp + ")"; if( !filter2.contains(temp) ) { // HACK when unsing multiple mime types, there were too much entries filter2 += temp; } } else if( temp != "" ) { temp.remove( 0, 1 ); temp = "\n" + temp + "|" + (*a).extensions.first() + " " + i18n("files"); if( !filter2.contains(temp) ) { // HACK when unsing multiple mime types, there were too much entries filter2 += temp; } } } } filter1.stripWhiteSpace(); filter2.stripWhiteSpace(); return filter1 + "|" + i18n("all supported formats") + "\n*.*|" + i18n("all formats") + filter2; } TQStringList Config::fileTypes( bool wav ) { TQStringList types; if( wav ) types.append( "wav" ); TQString temp; for( TQValueList::Iterator a = formats.begin(); a != formats.end(); ++a ) { if( (*a).decoder != 0 ) { temp = ""; for( TQStringList::Iterator b = (*a).extensions.begin(); b != (*a).extensions.end(); ++b ) { if( !temp.contains(*b,false) ) temp.append( (*b).lower() + ", " ); } if( temp != "" ) { temp = temp.left( temp.length() - 2 ); if( types.findIndex(temp) == -1 ) types.append( temp ); } } } return types; } TQString Config::replayGainFilter() { TQString filter1; TQString filter2; TQString temp; for( TQValueList::Iterator a = formats.begin(); a != formats.end(); ++a ) { if( (*a).replaygain != 0 ) { temp = ""; for( TQStringList::Iterator b = (*a).extensions.begin(); b != (*a).extensions.end(); ++b ) { filter1 += " *." + (*b); if( !temp.contains(*b,false) ) temp += " *." + (*b).lower(); } //temp.stripWhiteSpace(); // NOTE doesn't work if( temp != "" && temp.length() < 80 ) { temp.remove( 0, 1 ); filter2 += "\n" + temp + "|" + (*a).extensions.first() + " " + i18n("files") + " (" + temp + ")"; } else if( temp != "" ) { temp.remove( 0, 1 ); filter2 += "\n" + temp + "|" + (*a).extensions.first() + " " + i18n("files"); } } } filter1.stripWhiteSpace(); filter2.stripWhiteSpace(); return filter1 + "|" + i18n("all supported formats") + "\n*.*|" + i18n("all formats") + filter2; } TQStringList Config::replayGainFileTypes() { TQStringList types; TQString temp; for( TQValueList::Iterator a = formats.begin(); a != formats.end(); ++a ) { if( (*a).replaygain != 0 ) { temp = ""; for( TQStringList::Iterator b = (*a).extensions.begin(); b != (*a).extensions.end(); ++b ) { if( !temp.contains(*b,false) ) temp.append( (*b).lower() + ", " ); } if( temp != "" ) { temp = temp.left( temp.length() - 2 ); if( types.findIndex(temp) == -1 ) types.append( temp ); } } } return types; }