mirror of
https://github.com/HenkKalkwater/harbour-sailfin.git
synced 2024-05-11 16:42:42 +00:00
Chris Josten
90db983c30
There were some constructors in the DTOs which allowed construction of DTO which weren't fully initialized. These constructors have been made private, as they are still used in the 'fromJson' methods. Additionally, a constructor with all required parameters to fully initialize the class has been added. Additionally, the Loader class has been modified, since it no longer can assume it is able to default construct the parameter type. The parameter is now stored as an optional. Closes #15
273 lines
11 KiB
C++
273 lines
11 KiB
C++
/*
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* Sailfin: a Jellyfin client written using Qt
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* Copyright (C) 2021 Chris Josten and the Sailfin contributors
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*
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* This library is free software; you can redistribute it and/or
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* modify it under the terms of the GNU Lesser General Public
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* License as published by the Free Software Foundation; either
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* version 2.1 of the License, or (at your option) any later version.
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*
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* This library is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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* Lesser General Public License for more details.
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*
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* You should have received a copy of the GNU Lesser General Public
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* License along with this library; if not, write to the Free Software
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* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
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*/
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#include "JellyfinQt/model/deviceprofile.h"
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namespace Jellyfin {
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namespace Model {
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DTO::ProfileCondition createCondition(DTO::ProfileConditionValue property,
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DTO::ProfileConditionType condition,
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const QString &value,
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bool isRequired = true) {
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DTO::ProfileCondition result(condition, property, isRequired);
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result.setValue(value);
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return result;
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}
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bool DeviceProfile::supportsHls() {
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return true;
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}
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bool DeviceProfile::canPlayH264() {
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return true;
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}
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bool DeviceProfile::canPlayAc3() {
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return true;
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}
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bool DeviceProfile::supportsMp3VideoAudio() {
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qDebug() << "Mp3VideoAudio: " << QMediaPlayer::hasSupport("video/mp4", {"avc1.640029", "mp3"}, QMediaPlayer::StreamPlayback);
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return true;
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}
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int DeviceProfile::maxStreamingBitrate() {
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return 10 * 1024 * 1024;
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}
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DTO::DeviceProfile DeviceProfile::generateProfile() {
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using JsonPair = QPair<QString, QJsonValue>;
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QStringList audioCodes = {
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"aac",
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"flac",
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"mp2",
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"mp3",
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"oga"
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"ogg",
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"wav",
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"webma",
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"wma"
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};
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QStringList videoAudioCodecs;
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QStringList mp4VideoCodecs;
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QStringList hlsVideoCodecs;
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QStringList hlsVideoAudioCodecs;
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if (canPlayH264()) {
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mp4VideoCodecs.append("h264");
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hlsVideoCodecs.append("h264");
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}
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if (canPlayAc3()) {
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videoAudioCodecs.append("ac3");
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hlsVideoAudioCodecs.append("ac3");
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}
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if (supportsMp3VideoAudio()) {
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videoAudioCodecs.append("mp3");
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hlsVideoAudioCodecs.append("mp3");
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}
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videoAudioCodecs.append("aac");
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hlsVideoAudioCodecs.append("aac");
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using CondVal = DTO::ProfileConditionValue;
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using Condition = DTO::ProfileConditionType;
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// AAC
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DTO::CodecProfile codecProfile1(DTO::CodecType::VideoAudio);
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codecProfile1.setCodec("aac");
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QList<DTO::ProfileCondition> codecProfile1Conditions;
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codecProfile1Conditions.append(createCondition(CondVal::IsSecondaryAudio,
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Condition::Equals,
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"false",
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false));
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codecProfile1.setConditions(codecProfile1Conditions);
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DTO::CodecProfile codecProfile2(DTO::CodecType::Video);
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codecProfile2.setCodec("h264");
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codecProfile2.setConditions({
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createCondition(CondVal::IsAnamorphic,
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Condition::NotEquals,
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"true", false),
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createCondition(CondVal::VideoProfile,
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Condition::EqualsAny,
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"baseline|constrained baseline", false), //"high|main|baseline|constrained baseline"
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createCondition(CondVal::VideoLevel,
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Condition::LessThanEqual,
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"51", false),
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createCondition(CondVal::IsInterlaced,
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Condition::NotEquals,
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"true", false)
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});
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QList<DTO::CodecProfile> codecProfiles = {
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codecProfile1,
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codecProfile2
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};
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// Hard coded nr 1:
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DTO::TranscodingProfile transcoding1(DTO::DlnaProfileType::Audio,
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false, // estimeateContentLength
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false, // enable MPEG2 TS M2 mode
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DTO::TranscodeSeekInfo::Auto,
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false, // copyTimestamps
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DTO::EncodingContext::Streaming,
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false, // enable subtitles in manifest
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0, // minSegments
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0, // minSegmentLength
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true // set break on nonkeyframes
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);
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transcoding1.setAudioCodec("aac");
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transcoding1.setContainer("ts");
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transcoding1.setMaxAudioChannels("2");
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transcoding1.setProtocol("hls");
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// Hard code nr 2
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DTO::TranscodingProfile transcoding2(DTO::DlnaProfileType::Video,
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false, // estimate content length
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false, // enable MPEG2 ts M2 mode
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DTO::TranscodeSeekInfo::Auto,
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false, // copy timestamps
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DTO::EncodingContext::Streaming,
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false, // enable subtitles in manifest
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0, // minSegments
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0, // minSegmentLength
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true // set break on non-keyframes
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);
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transcoding2.setAudioCodec("mp3,aac");
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transcoding2.setContainer("ts");
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transcoding2.setMaxAudioChannels("2");
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transcoding2.setProtocol("hls");
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transcoding2.setVideoCodec("h264");
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// Fallback
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DTO::TranscodingProfile transcoding3(DTO::DlnaProfileType::Video,
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false, // estimate content length
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false, // enable MPEG2 ts M2 mode
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DTO::TranscodeSeekInfo::Auto,
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false, // copy timestamps
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DTO::EncodingContext::Static,
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false, // enable subtitles in manifest
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0, // minSegments
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0, // minSegmentLength
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true // set break on non-keyframes
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);
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transcoding3.setContainer("mp4");
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transcoding3.setAudioCodec(videoAudioCodecs.join(','));
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transcoding3.setVideoCodec("h264");
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transcoding3.setProtocol("http");
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QList<DTO::TranscodingProfile> transcodingProfiles = {
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transcoding1, transcoding2, transcoding3
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};
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if (supportsHls() && !hlsVideoAudioCodecs.isEmpty()) {
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DTO::TranscodingProfile transcoding4(DTO::DlnaProfileType::Video,
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false, // estimate content length
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false, // enable MPEG2 ts M2 mode
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DTO::TranscodeSeekInfo::Auto,
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false, // copy timestamps
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DTO::EncodingContext::Streaming,
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false, // enable subtitles in manifest
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1, // minSegments
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0, // minSegmentLength
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true // set break on non-keyframes
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);
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transcoding4.setContainer("ts");
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transcoding4.setAudioCodec(hlsVideoAudioCodecs.join(','));
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transcoding4.setVideoCodec(hlsVideoCodecs.join(','));
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transcoding4.setProtocol("hls");
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transcoding4.setMaxAudioChannels("2");
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transcodingProfiles.append(transcoding4);
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}
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// Response profiles (or whatever it actually does?)
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DTO::ResponseProfile responseProfile1(DTO::DlnaProfileType::Video);
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responseProfile1.setContainer("m4v");
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responseProfile1.setMimeType("video/mp4");
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QList<DTO::ResponseProfile> responseProfiles = {
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responseProfile1
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};
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// Direct play profiles
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// Video
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DTO::DirectPlayProfile directPlayProfile1(DTO::DlnaProfileType::Video);
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directPlayProfile1.setContainer("mp4,m4v");
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directPlayProfile1.setVideoCodec(mp4VideoCodecs.join(','));
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directPlayProfile1.setAudioCodec(videoAudioCodecs.join(','));
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DTO::DirectPlayProfile directPlayProfile2(DTO::DlnaProfileType::Video);
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directPlayProfile2.setContainer("mkv");
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directPlayProfile2.setVideoCodec(mp4VideoCodecs.join(','));
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directPlayProfile2.setAudioCodec(videoAudioCodecs.join(','));
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QList<DTO::DirectPlayProfile> directPlayProfiles = {
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directPlayProfile1, directPlayProfile2
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};
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// Audio
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for (auto it = audioCodes.begin(); it != audioCodes.end(); it++) {
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if (*it == "mp2") {
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DTO::DirectPlayProfile profile(DTO::DlnaProfileType::Audio);
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profile.setContainer("mp2,mp3");
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profile.setAudioCodec("mp2");
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directPlayProfiles.append(profile);
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} else if(*it == "mp3") {
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DTO::DirectPlayProfile profile(DTO::DlnaProfileType::Audio);
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profile.setContainer("mp3");
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profile.setAudioCodec("mp3");
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directPlayProfiles.append(profile);
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} else if (*it == "webma") {
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DTO::DirectPlayProfile profile(DTO::DlnaProfileType::Audio);
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profile.setContainer("webma,webm");
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directPlayProfiles.append(profile);
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} else {
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DTO::DirectPlayProfile profile(DTO::DlnaProfileType::Audio);
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profile.setContainer(*it);
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directPlayProfiles.append(profile);
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}
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}
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DTO::DeviceProfile profile(
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QSharedPointer<DTO::DeviceIdentification>::create(),
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false, // enableAlbumArtInDidl
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false, // enableSingleAlbumArtLimit
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false, // enableSingleSubtitleLimit
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std::numeric_limits<qint32>().max(), // max album art width
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std::numeric_limits<qint32>().max(), // max album art height
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0, // timeline offset seconds
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false, // request plain video items
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false, // request plain folders
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false, // enableMSMediaReceiverRegistrar,
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false //ignoreTranscodeByteRangeRequests
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);
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profile.setCodecProfiles(codecProfiles);
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profile.setDirectPlayProfiles(directPlayProfiles);
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profile.setResponseProfiles(responseProfiles);
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profile.setTranscodingProfiles(transcodingProfiles);
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profile.setMaxStreamingBitrate(std::make_optional<qint32>(maxStreamingBitrate()));
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return profile;
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}
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}
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}
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