tdesktop/Telegram/SourceFiles/media/player/media_player_instance.cpp

1359 lines
37 KiB
C++

/*
This file is part of Telegram Desktop,
the official desktop application for the Telegram messaging service.
For license and copyright information please follow this link:
https://github.com/telegramdesktop/tdesktop/blob/master/LEGAL
*/
#include "media/player/media_player_instance.h"
#include "data/data_document.h"
#include "data/data_session.h"
#include "data/data_changes.h"
#include "data/data_streaming.h"
#include "data/data_file_click_handler.h"
#include "base/options.h"
#include "base/random.h"
#include "base/power_save_blocker.h"
#include "media/audio/media_audio.h"
#include "media/audio/media_audio_capture.h"
#include "media/streaming/media_streaming_instance.h"
#include "media/streaming/media_streaming_player.h"
#include "media/view/media_view_playback_progress.h"
#include "calls/calls_instance.h"
#include "history/history.h"
#include "history/history_item.h"
#include "data/data_media_types.h"
#include "data/data_file_origin.h"
#include "window/window_session_controller.h"
#include "window/window_controller.h"
#include "core/shortcuts.h"
#include "core/application.h"
#include "main/main_domain.h" // Domain::activeSessionValue.
#include "mainwindow.h"
#include "main/main_session.h"
#include "main/main_account.h" // session->account().sessionChanges().
#include "main/main_session_settings.h"
namespace Media {
namespace Player {
namespace {
Instance *SingleInstance = nullptr;
// Preload X message ids before and after current.
constexpr auto kIdsLimit = 32;
// Preload next messages if we went further from current than that.
constexpr auto kIdsPreloadAfter = 28;
constexpr auto kShufflePlaylistLimit = 10'000;
constexpr auto kRememberShuffledOrderItems = 16;
constexpr auto kMinLengthForSavePosition = 20 * TimeId(60); // 20 minutes.
auto VoicePlaybackSpeed() {
return std::clamp(Core::App().settings().voicePlaybackSpeed(), 0.6, 1.7);
}
base::options::toggle OptionDisableAutoplayNext({
.id = kOptionDisableAutoplayNext,
.name = "Disable auto-play of the next track",
.description = "Disable auto-play of the next "
"Audio file / Voice Message / Video message.",
});
} // namespace
const char kOptionDisableAutoplayNext[] = "disable-autoplay-next";
struct Instance::Streamed {
Streamed(
AudioMsgId id,
std::shared_ptr<Streaming::Document> document);
AudioMsgId id;
Streaming::Instance instance;
View::PlaybackProgress progress;
bool clearing = false;
rpl::lifetime lifetime;
};
struct Instance::ShuffleData {
using UniversalMsgId = MsgId;
std::vector<UniversalMsgId> playlist;
std::vector<UniversalMsgId> nonPlayedIds;
std::vector<UniversalMsgId> playedIds;
History *history = nullptr;
History *migrated = nullptr;
bool scheduled = false;
int indexInPlayedIds = 0;
bool allLoaded = false;
rpl::lifetime nextSliceLifetime;
rpl::lifetime lifetime;
};
void start(not_null<Audio::Instance*> instance) {
Audio::Start(instance);
Capture::Start();
SingleInstance = new Instance();
}
void finish(not_null<Audio::Instance*> instance) {
delete base::take(SingleInstance);
Capture::Finish();
Audio::Finish(instance);
}
void SaveLastPlaybackPosition(
not_null<DocumentData*> document,
const TrackState &state) {
const auto time = (state.position == kTimeUnknown
|| state.length == kTimeUnknown
|| state.state == State::PausedAtEnd
|| IsStopped(state.state))
? TimeId(0)
: (state.length >= kMinLengthForSavePosition * state.frequency)
? (state.position / state.frequency) * crl::time(1000)
: TimeId(0);
auto &session = document->session();
if (session.settings().mediaLastPlaybackPosition(document->id) != time) {
session.settings().setMediaLastPlaybackPosition(document->id, time);
session.saveSettingsDelayed();
}
}
Instance::Streamed::Streamed(
AudioMsgId id,
std::shared_ptr<Streaming::Document> document)
: id(id)
, instance(std::move(document), nullptr) {
}
Instance::Data::Data(AudioMsgId::Type type, SharedMediaType overview)
: type(type)
, overview(overview) {
}
Instance::Data::Data(Data &&other) = default;
Instance::Data &Instance::Data::operator=(Data &&other) = default;
Instance::Data::~Data() = default;
Instance::Instance()
: _songData(AudioMsgId::Type::Song, SharedMediaType::MusicFile)
, _voiceData(AudioMsgId::Type::Voice, SharedMediaType::RoundVoiceFile) {
subscribe(Media::Player::Updated(), [this](const AudioMsgId &audioId) {
handleSongUpdate(audioId);
});
repeatChanges(
&_songData
) | rpl::start_with_next([=](RepeatMode mode) {
if (mode == RepeatMode::All) {
refreshPlaylist(&_songData);
}
}, _lifetime);
orderChanges(
&_songData
) | rpl::start_with_next([=](OrderMode mode) {
if (mode == OrderMode::Shuffle) {
validateShuffleData(&_songData);
} else {
_songData.shuffleData = nullptr;
}
}, _lifetime);
using namespace rpl::mappers;
rpl::combine(
Core::App().calls().currentCallValue(),
Core::App().calls().currentGroupCallValue(),
_1 || _2
) | rpl::start_with_next([=](bool call) {
if (call) {
pauseOnCall(AudioMsgId::Type::Voice);
pauseOnCall(AudioMsgId::Type::Song);
} else {
resumeOnCall(AudioMsgId::Type::Voice);
resumeOnCall(AudioMsgId::Type::Song);
}
}, _lifetime);
setupShortcuts();
}
Instance::~Instance() = default;
AudioMsgId::Type Instance::getActiveType() const {
if (const auto data = getData(AudioMsgId::Type::Voice)) {
if (data->current) {
const auto state = getState(data->type);
if (!IsStoppedOrStopping(state.state)) {
return data->type;
}
}
}
return AudioMsgId::Type::Song;
}
void Instance::handleSongUpdate(const AudioMsgId &audioId) {
emitUpdate(audioId.type(), [&](const AudioMsgId &playing) {
return (audioId == playing);
});
}
void Instance::setCurrent(const AudioMsgId &audioId) {
if (const auto data = getData(audioId.type())) {
if (data->current == audioId) {
return;
}
const auto changed = [&](const AudioMsgId & check) {
return (check.audio() != audioId.audio())
|| (check.contextId() != audioId.contextId());
};
if (changed(data->current)
&& data->streamed
&& changed(data->streamed->id)) {
clearStreamed(data);
}
data->current = audioId;
data->isPlaying = false;
const auto item = (audioId.audio() && audioId.contextId())
? audioId.audio()->owner().message(audioId.contextId())
: nullptr;
if (item) {
setHistory(data, item->history());
} else {
setHistory(
data,
nullptr,
audioId.audio() ? &audioId.audio()->session() : nullptr);
}
_trackChanged.fire_copy(data->type);
refreshPlaylist(data);
}
}
void Instance::setHistory(
not_null<Data*> data,
History *history,
Main::Session *sessionFallback) {
if (history) {
data->history = history->migrateToOrMe();
data->migrated = data->history->migrateFrom();
setSession(data, &history->session());
} else {
data->history = data->migrated = nullptr;
setSession(data, sessionFallback);
}
}
void Instance::setSession(not_null<Data*> data, Main::Session *session) {
if (data->session == session) {
return;
}
data->playlistLifetime.destroy();
data->playlistOtherLifetime.destroy();
data->sessionLifetime.destroy();
data->session = session;
if (session) {
session->account().sessionChanges(
) | rpl::start_with_next([=] {
setSession(data, nullptr);
}, data->sessionLifetime);
session->data().documentLoadProgress(
) | rpl::filter([=](not_null<DocumentData*> document) {
// Before refactoring it was called only for audio files.
return document->isAudioFile();
}) | rpl::start_with_next([=](not_null<DocumentData*> document) {
const auto type = AudioMsgId::Type::Song;
emitUpdate(type, [&](const AudioMsgId &audioId) {
return (audioId.audio() == document);
});
}, data->sessionLifetime);
session->data().itemRemoved(
) | rpl::filter([=](not_null<const HistoryItem*> item) {
return (data->current.contextId() == item->fullId());
}) | rpl::start_with_next([=] {
stopAndClear(data);
}, data->sessionLifetime);
} else {
stopAndClear(data);
}
}
void Instance::clearStreamed(not_null<Data*> data, bool savePosition) {
if (!data->streamed || data->streamed->clearing) {
return;
}
data->streamed->clearing = true;
if (savePosition) {
SaveLastPlaybackPosition(
data->current.audio(),
data->streamed->instance.player().prepareLegacyState());
}
data->streamed->instance.stop();
data->isPlaying = false;
requestRoundVideoResize();
emitUpdate(data->type);
data->streamed = nullptr;
_roundPlaying = false;
if (const auto window = App::wnd()) {
if (const auto controller = window->sessionController()) {
controller->disableGifPauseReason(
Window::GifPauseReason::RoundPlaying);
}
}
}
void Instance::refreshPlaylist(not_null<Data*> data) {
if (!validPlaylist(data)) {
validatePlaylist(data);
} else {
refreshOtherPlaylist(data);
}
}
void Instance::refreshOtherPlaylist(not_null<Data*> data) {
if (!validOtherPlaylist(data)) {
validateOtherPlaylist(data);
}
playlistUpdated(data);
}
void Instance::playlistUpdated(not_null<Data*> data) {
if (data->playlistSlice) {
const auto fullId = data->current.contextId();
data->playlistIndex = data->playlistSlice->indexOf(fullId);
if (order(data) == OrderMode::Shuffle) {
validateShuffleData(data);
}
} else {
data->playlistIndex = std::nullopt;
data->shuffleData = nullptr;
}
data->playlistChanges.fire({});
}
bool Instance::validPlaylist(not_null<const Data*> data) const {
if (const auto key = playlistKey(data)) {
if (!data->playlistSlice) {
return false;
}
using Key = SliceKey;
const auto inSameDomain = [](const Key &a, const Key &b) {
return (a.peerId == b.peerId)
&& (a.migratedPeerId == b.migratedPeerId)
&& (a.scheduled == b.scheduled);
};
const auto countDistanceInData = [&](const Key &a, const Key &b) {
return [&](const SparseIdsMergedSlice &data) {
return inSameDomain(a, b)
? data.distance(a, b)
: std::optional<int>();
};
};
if (key == data->playlistRequestedKey) {
return true;
} else if (!data->playlistSliceKey
|| !data->playlistRequestedKey
|| *data->playlistRequestedKey != *data->playlistSliceKey) {
return false;
}
auto distance = data->playlistSlice
| countDistanceInData(*key, *data->playlistRequestedKey)
| func::abs;
if (distance) {
return (*distance < kIdsPreloadAfter);
}
}
return !data->playlistSlice;
}
void Instance::validatePlaylist(not_null<Data*> data) {
data->playlistLifetime.destroy();
if (const auto key = playlistKey(data)) {
data->playlistRequestedKey = key;
const auto sharedMediaViewer = key->scheduled
? SharedScheduledMediaViewer
: SharedMediaMergedViewer;
sharedMediaViewer(
&data->history->session(),
SharedMediaMergedKey(*key, data->overview),
kIdsLimit,
kIdsLimit
) | rpl::start_with_next([=](SparseIdsMergedSlice &&update) {
data->playlistSlice = std::move(update);
data->playlistSliceKey = key;
refreshOtherPlaylist(data);
}, data->playlistLifetime);
} else {
data->playlistSlice = std::nullopt;
data->playlistSliceKey = data->playlistRequestedKey = std::nullopt;
refreshOtherPlaylist(data);
}
}
auto Instance::playlistKey(not_null<const Data*> data) const
-> std::optional<SliceKey> {
const auto contextId = data->current.contextId();
const auto history = data->history;
if (!contextId || !history) {
return {};
}
const auto item = data->history->owner().message(contextId);
if (!item || (!item->isRegular() && !item->isScheduled())) {
return {};
}
const auto universalId = (contextId.peer == history->peer->id)
? contextId.msg
: (contextId.msg - ServerMaxMsgId);
return SliceKey(
data->history->peer->id,
data->migrated ? data->migrated->peer->id : 0,
universalId,
item->isScheduled());
}
bool Instance::validOtherPlaylist(not_null<const Data*> data) const {
if (const auto key = playlistOtherKey(data)) {
return data->playlistOtherSlice
&& (key == data->playlistOtherRequestedKey);
}
return !data->playlistOtherSlice;
}
void Instance::validateOtherPlaylist(not_null<Data*> data) {
data->playlistOtherLifetime.destroy();
if (const auto key = playlistOtherKey(data)) {
data->playlistOtherRequestedKey = key;
SharedMediaMergedViewer(
&data->history->session(),
SharedMediaMergedKey(*key, data->overview),
kIdsLimit,
kIdsLimit
) | rpl::start_with_next([=](SparseIdsMergedSlice &&update) {
data->playlistOtherSlice = std::move(update);
playlistUpdated(data);
}, data->playlistOtherLifetime);
} else {
data->playlistOtherSlice = std::nullopt;
data->playlistOtherRequestedKey = std::nullopt;
playlistUpdated(data);
}
}
auto Instance::playlistOtherKey(not_null<const Data*> data) const
-> std::optional<SliceKey> {
if (repeat(data) != RepeatMode::All
|| order(data) == OrderMode::Shuffle
|| !data->playlistSlice
|| (data->playlistSlice->skippedBefore() != 0
&& data->playlistSlice->skippedAfter() != 0)
|| (data->playlistSlice->skippedBefore() == 0
&& data->playlistSlice->skippedAfter() == 0)) {
return {};
}
const auto contextId = data->current.contextId();
const auto history = data->history;
if (!contextId || !history) {
return {};
}
const auto item = data->history->owner().message(contextId);
if (!item || !item->isRegular()) {
return {};
}
return SliceKey(
data->history->peer->id,
data->migrated ? data->migrated->peer->id : 0,
(data->playlistSlice->skippedBefore() == 0
? ServerMaxMsgId - 1
: data->migrated
? (1 - ServerMaxMsgId)
: 1),
false);
}
HistoryItem *Instance::itemByIndex(not_null<Data*> data, int index) {
if (!data->playlistSlice
|| index < 0
|| index >= data->playlistSlice->size()) {
return nullptr;
}
Assert(data->history != nullptr);
const auto fullId = (*data->playlistSlice)[index];
return data->history->owner().message(fullId);
}
bool Instance::moveInPlaylist(
not_null<Data*> data,
int delta,
bool autonext) {
if (!data->playlistIndex) {
return false;
}
const auto jumpByItem = [&](not_null<HistoryItem*> item) {
if (const auto media = item->media()) {
if (const auto document = media->document()) {
if (autonext) {
_switchToNext.fire({
data->current,
item->fullId()
});
}
if (document->isAudioFile()
|| document->isVoiceMessage()
|| document->isVideoMessage()) {
play(AudioMsgId(document, item->fullId()));
}
return true;
}
}
return false;
};
const auto jumpById = [&](FullMsgId id) {
return jumpByItem(data->history->owner().message(id));
};
const auto repeatAll = (repeat(data) == RepeatMode::All);
if (order(data) == OrderMode::Shuffle) {
const auto raw = data->shuffleData.get();
if (!raw || !raw->history) {
return false;
}
const auto universal = computeCurrentUniversalId(data);
const auto byUniversal = [&](ShuffleData::UniversalMsgId id) {
return (id < 0 && raw->migrated)
? jumpById({ raw->migrated->peer->id, id + ServerMaxMsgId })
: jumpById({ raw->history->peer->id, id });
};
if (universal && raw->indexInPlayedIds == raw->playedIds.size()) {
raw->playedIds.push_back(universal);
const auto i = ranges::find(raw->nonPlayedIds, universal);
if (i != end(raw->nonPlayedIds)) {
raw->nonPlayedIds.erase(i);
}
}
if (repeatAll) {
ensureShuffleMove(data, delta);
}
if (raw->nonPlayedIds.empty()
&& raw->indexInPlayedIds + 1 == raw->playedIds.size()) {
raw->nonPlayedIds.push_back(raw->playedIds.back());
raw->playedIds.pop_back();
}
const auto shuffleCompleted = raw->nonPlayedIds.empty()
|| (raw->nonPlayedIds.size() == 1
&& raw->nonPlayedIds.front() == universal);
if (delta < 0) {
return (raw->indexInPlayedIds > 0)
&& byUniversal(raw->playedIds[--raw->indexInPlayedIds]);
} else if (raw->indexInPlayedIds + 1 < raw->playedIds.size()) {
return byUniversal(raw->playedIds[++raw->indexInPlayedIds]);
}
if (shuffleCompleted) {
return false;
} else if (raw->indexInPlayedIds < raw->playedIds.size()) {
++raw->indexInPlayedIds;
}
const auto index = base::RandomIndex(raw->nonPlayedIds.size());
return byUniversal(raw->nonPlayedIds[index]);
}
const auto newIndex = *data->playlistIndex
+ (order(data) == OrderMode::Reverse ? -delta : delta);
const auto useIndex = (!repeatAll
|| !data->playlistSlice
|| data->playlistSlice->skippedAfter() != 0
|| data->playlistSlice->skippedBefore() != 0
|| !data->playlistSlice->size())
? newIndex
: ((newIndex + int(data->playlistSlice->size()))
% int(data->playlistSlice->size()));
if (const auto item = itemByIndex(data, useIndex)) {
return jumpByItem(item);
} else if (repeatAll
&& data->playlistOtherSlice
&& data->playlistOtherSlice->size() > 0) {
const auto &other = *data->playlistOtherSlice;
if (newIndex < 0 && other.skippedAfter() == 0) {
return jumpById(other[other.size() - 1]);
} else if (newIndex > 0 && other.skippedBefore() == 0) {
return jumpById(other[0]);
}
}
return false;
}
void Instance::updatePowerSaveBlocker(
not_null<Data*> data,
const TrackState &state) {
const auto block = !IsPausedOrPausing(state.state)
&& !IsStoppedOrStopping(state.state);
const auto blockVideo = block
&& data->current.audio()
&& data->current.audio()->isVideoMessage();
const auto windowResolver = [] {
const auto window = Core::App().activeWindow();
return window ? window->widget()->windowHandle() : nullptr;
};
base::UpdatePowerSaveBlocker(
data->powerSaveBlocker,
block,
base::PowerSaveBlockType::PreventAppSuspension,
[] { return u"Audio playback is active"_q; },
windowResolver);
base::UpdatePowerSaveBlocker(
data->powerSaveBlockerVideo,
blockVideo,
base::PowerSaveBlockType::PreventDisplaySleep,
[] { return u"Video playback is active"_q; },
windowResolver);
}
void Instance::ensureShuffleMove(not_null<Data*> data, int delta) {
const auto raw = data->shuffleData.get();
if (delta < 0) {
if (raw->indexInPlayedIds > 0) {
return;
} else if (raw->nonPlayedIds.size() < 2) {
const auto freeUp = std::max(
int(raw->playedIds.size() / 2),
int(raw->playlist.size()) - kRememberShuffledOrderItems);
const auto till = end(raw->playedIds);
const auto from = end(raw->playedIds) - freeUp;
raw->nonPlayedIds.insert(end(raw->nonPlayedIds), from, till);
raw->playedIds.erase(from, till);
}
if (raw->nonPlayedIds.empty()) {
return;
}
const auto index = base::RandomIndex(raw->nonPlayedIds.size());
raw->playedIds.insert(
begin(raw->playedIds),
raw->nonPlayedIds[index]);
raw->nonPlayedIds.erase(begin(raw->nonPlayedIds) + index);
++raw->indexInPlayedIds;
if (raw->nonPlayedIds.empty() && raw->playedIds.size() > 1) {
raw->nonPlayedIds.push_back(raw->playedIds.back());
raw->playedIds.pop_back();
}
return;
} else if (raw->indexInPlayedIds + 1 < raw->playedIds.size()) {
return;
} else if (raw->nonPlayedIds.size() < 2) {
const auto freeUp = std::max(
int(raw->playedIds.size() / 2),
int(raw->playlist.size()) - kRememberShuffledOrderItems);
const auto from = begin(raw->playedIds);
const auto till = begin(raw->playedIds) + freeUp;
raw->nonPlayedIds.insert(end(raw->nonPlayedIds), from, till);
raw->playedIds.erase(from, till);
raw->indexInPlayedIds -= freeUp;
}
}
MsgId Instance::computeCurrentUniversalId(not_null<const Data*> data) const {
const auto raw = data->shuffleData.get();
if (!raw) {
return MsgId(0);
}
const auto current = data->current.contextId();
const auto item = raw->history->owner().message(current);
return !item
? MsgId(0)
: (item->history() == raw->history)
? item->id
: (item->history() == raw->migrated)
? (item->id - ServerMaxMsgId)
: MsgId(0);
}
bool Instance::previousAvailable(AudioMsgId::Type type) const {
const auto data = getData(type);
Assert(data != nullptr);
if (!data->playlistIndex || !data->playlistSlice) {
return false;
} else if (repeat(data) == RepeatMode::All) {
return true;
} else if (order(data) == OrderMode::Shuffle) {
const auto raw = data->shuffleData.get();
return raw && (raw->indexInPlayedIds > 0);
}
return (order(data) == OrderMode::Reverse)
? (*data->playlistIndex + 1 < data->playlistSlice->size())
: (*data->playlistIndex > 0);
}
bool Instance::nextAvailable(AudioMsgId::Type type) const {
const auto data = getData(type);
Assert(data != nullptr);
if (!data->playlistIndex || !data->playlistSlice) {
return false;
} else if (repeat(data) == RepeatMode::All) {
return true;
} else if (order(data) == OrderMode::Shuffle) {
const auto raw = data->shuffleData.get();
const auto universal = computeCurrentUniversalId(data);
return raw
&& ((raw->indexInPlayedIds + 1 < raw->playedIds.size())
|| (raw->nonPlayedIds.size() > 1)
|| (!raw->nonPlayedIds.empty()
&& raw->nonPlayedIds.front() != universal));
}
return (order(data) == OrderMode::Reverse)
? (*data->playlistIndex > 0)
: (*data->playlistIndex + 1 < data->playlistSlice->size());
}
rpl::producer<> Media::Player::Instance::playlistChanges(
AudioMsgId::Type type) const {
const auto data = getData(type);
Assert(data != nullptr);
return rpl::merge(
data->playlistChanges.events(),
orderChanges(data) | rpl::to_empty,
repeatChanges(data) | rpl::to_empty);
}
rpl::producer<> Media::Player::Instance::stops(AudioMsgId::Type type) const {
return _playerStopped.events(
) | rpl::filter([=](auto t) {
return t == type;
}) | rpl::to_empty;
}
rpl::producer<> Media::Player::Instance::startsPlay(
AudioMsgId::Type type) const {
return _playerStartedPlay.events(
) | rpl::filter([=](auto t) {
return t == type;
}) | rpl::to_empty;
}
auto Media::Player::Instance::seekingChanges(AudioMsgId::Type type) const
-> rpl::producer<Media::Player::Instance::Seeking> {
return _seekingChanges.events(
) | rpl::filter([=](SeekingChanges data) {
return data.type == type;
}) | rpl::map([](SeekingChanges data) {
return data.seeking;
});
}
not_null<Instance*> instance() {
Expects(SingleInstance != nullptr);
return SingleInstance;
}
void Instance::play(AudioMsgId::Type type) {
if (const auto data = getData(type)) {
if (!data->streamed || IsStopped(getState(type).state)) {
play(data->current);
} else {
if (data->streamed->instance.active()) {
data->streamed->instance.resume();
}
emitUpdate(type);
}
data->resumeOnCallEnd = false;
}
}
void Instance::play(const AudioMsgId &audioId) {
const auto document = audioId.audio();
if (!document) {
return;
}
if (document->isAudioFile()
|| document->isVoiceMessage()
|| document->isVideoMessage()) {
auto shared = document->owner().streaming().sharedDocument(
document,
audioId.contextId());
if (!shared) {
return;
}
playStreamed(audioId, std::move(shared));
}
if (document->isVoiceMessage() || document->isVideoMessage()) {
document->owner().markMediaRead(document);
}
_playerStartedPlay.fire_copy({audioId.type()});
}
void Instance::playPause(const AudioMsgId &audioId) {
const auto now = current(audioId.type());
if (now.audio() == audioId.audio()
&& now.contextId() == audioId.contextId()) {
playPause(audioId.type());
} else {
play(audioId);
}
}
void Instance::playStreamed(
const AudioMsgId &audioId,
std::shared_ptr<Streaming::Document> shared) {
Expects(audioId.audio() != nullptr);
const auto data = getData(audioId.type());
Assert(data != nullptr);
clearStreamed(data, data->current.audio() != audioId.audio());
data->streamed = std::make_unique<Streamed>(
audioId,
std::move(shared));
data->streamed->instance.lockPlayer();
data->streamed->instance.player().updates(
) | rpl::start_with_next_error([=](Streaming::Update &&update) {
handleStreamingUpdate(data, std::move(update));
}, [=](Streaming::Error &&error) {
handleStreamingError(data, std::move(error));
}, data->streamed->lifetime);
data->streamed->instance.play(streamingOptions(audioId));
emitUpdate(audioId.type());
}
Streaming::PlaybackOptions Instance::streamingOptions(
const AudioMsgId &audioId,
crl::time position) {
const auto document = audioId.audio();
auto result = Streaming::PlaybackOptions();
result.mode = (document && document->isVideoMessage())
? Streaming::Mode::Both
: Streaming::Mode::Audio;
result.speed = audioId.changeablePlaybackSpeed()
? VoicePlaybackSpeed()
: 1.;
result.audioId = audioId;
if (position >= 0) {
result.position = position;
} else if (document) {
auto &settings = document->session().settings();
result.position = settings.mediaLastPlaybackPosition(document->id);
settings.setMediaLastPlaybackPosition(document->id, 0);
} else {
result.position = 0;
}
return result;
}
void Instance::pause(AudioMsgId::Type type) {
if (const auto data = getData(type)) {
if (data->streamed) {
if (data->streamed->instance.active()) {
data->streamed->instance.pause();
}
emitUpdate(type);
}
}
}
void Instance::stop(AudioMsgId::Type type) {
if (const auto data = getData(type)) {
if (data->streamed) {
clearStreamed(data);
}
data->resumeOnCallEnd = false;
_playerStopped.fire_copy({type});
}
}
void Instance::stopAndClear(not_null<Data*> data) {
stop(data->type);
*data = Data(data->type, data->overview);
_tracksFinished.fire_copy(data->type);
}
void Instance::validateShuffleData(not_null<Data*> data) {
if (!data->history) {
data->shuffleData = nullptr;
return;
} else if (!data->shuffleData) {
setupShuffleData(data);
}
const auto raw = data->shuffleData.get();
const auto key = playlistKey(data);
const auto scheduled = key && key->scheduled;
if (raw->history != data->history
|| raw->migrated != data->migrated
|| raw->scheduled != scheduled) {
raw->history = data->history;
raw->migrated = data->migrated;
raw->scheduled = scheduled;
raw->nextSliceLifetime.destroy();
raw->allLoaded = false;
raw->playlist.clear();
raw->nonPlayedIds.clear();
raw->playedIds.clear();
raw->indexInPlayedIds = 0;
} else if (raw->nextSliceLifetime) {
return;
} else if (raw->allLoaded) {
const auto universal = computeCurrentUniversalId(data);
if (!universal
|| (raw->indexInPlayedIds < raw->playedIds.size()
? (raw->playedIds[raw->indexInPlayedIds] == universal)
: ranges::contains(raw->nonPlayedIds, universal))) {
return;
}
// We started playing some track not from the tracks that are left.
// Start the whole playlist thing once again.
raw->playedIds.clear();
raw->indexInPlayedIds = 0;
if (ranges::contains(raw->playlist, universal)) {
raw->nonPlayedIds = raw->playlist;
} else {
raw->allLoaded = false;
raw->playlist.clear();
raw->nonPlayedIds.clear();
}
}
if (raw->scheduled) {
const auto count = data->playlistSlice
? int(data->playlistSlice->size())
: 0;
if (raw->playlist.empty() && count > 0) {
raw->playlist.reserve(count);
for (auto i = 0; i != count; ++i) {
raw->playlist.push_back((*data->playlistSlice)[i].msg);
}
raw->nonPlayedIds = raw->playlist;
raw->allLoaded = true;
data->playlistChanges.fire({});
}
return;
}
const auto last = raw->playlist.empty()
? MsgId(ServerMaxMsgId - 1)
: raw->playlist.back();
SharedMediaMergedViewer(
&raw->history->session(),
SharedMediaMergedKey(
SliceKey(
raw->history->peer->id,
raw->migrated ? raw->migrated->peer->id : 0,
last,
false),
data->overview),
kIdsLimit,
kIdsLimit
) | rpl::start_with_next([=](SparseIdsMergedSlice &&update) {
raw->nextSliceLifetime.destroy();
const auto size = update.size();
const auto peer = raw->history->peer->id;
raw->playlist.reserve(raw->playlist.size() + size);
raw->nonPlayedIds.reserve(raw->nonPlayedIds.size() + size);
for (auto i = size; i != 0;) {
const auto fullId = update[--i];
const auto universal = (fullId.peer == peer)
? fullId.msg
: (fullId.msg - ServerMaxMsgId);
if (raw->playlist.empty() || raw->playlist.back() > universal) {
raw->playlist.push_back(universal);
raw->nonPlayedIds.push_back(universal);
}
}
if (update.skippedBefore() == 0
|| raw->playlist.size() >= kShufflePlaylistLimit) {
raw->allLoaded = true;
}
data->playlistChanges.fire({});
}, raw->nextSliceLifetime);
}
void Instance::setupShuffleData(not_null<Data*> data) {
data->shuffleData = std::make_unique<ShuffleData>();
const auto raw = data->shuffleData.get();
data->history->session().changes().messageUpdates(
::Data::MessageUpdate::Flag::Destroyed
) | rpl::map([=](const ::Data::MessageUpdate &update) {
const auto item = update.item;
const auto history = item->history().get();
return (history == raw->history)
? item->id
: (history == raw->migrated)
? (item->id - ServerMaxMsgId)
: MsgId(0);
}) | rpl::filter(
rpl::mappers::_1 != MsgId(0)
) | rpl::start_with_next([=](MsgId id) {
const auto i = ranges::find(raw->playlist, id);
if (i != end(raw->playlist)) {
raw->playlist.erase(i);
}
const auto j = ranges::find(raw->nonPlayedIds, id);
if (j != end(raw->nonPlayedIds)) {
raw->nonPlayedIds.erase(j);
}
const auto k = ranges::find(raw->playedIds, id);
if (k != end(raw->playedIds)) {
const auto index = (k - begin(raw->playedIds));
raw->playedIds.erase(k);
if (raw->indexInPlayedIds > index) {
--raw->indexInPlayedIds;
}
}
}, data->shuffleData->lifetime);
}
void Instance::playPause(AudioMsgId::Type type) {
if (const auto data = getData(type)) {
if (!data->streamed) {
play(data->current);
} else {
auto &streamed = data->streamed->instance;
if (!streamed.active()) {
streamed.play(streamingOptions(data->streamed->id));
} else if (streamed.paused()) {
streamed.resume();
} else {
streamed.pause();
}
emitUpdate(type);
}
data->resumeOnCallEnd = false;
}
}
void Instance::pauseOnCall(AudioMsgId::Type type) {
const auto state = getState(type);
if (!state.id
|| IsStopped(state.state)
|| IsPaused(state.state)
|| state.state == State::Pausing) {
return;
}
pause(type);
if (const auto data = getData(type)) {
data->resumeOnCallEnd = true;
}
}
void Instance::resumeOnCall(AudioMsgId::Type type) {
if (const auto data = getData(type)) {
if (data->resumeOnCallEnd) {
data->resumeOnCallEnd = false;
play(type);
}
}
}
bool Instance::next(AudioMsgId::Type type) {
if (const auto data = getData(type)) {
return moveInPlaylist(data, 1, false);
}
return false;
}
bool Instance::previous(AudioMsgId::Type type) {
if (const auto data = getData(type)) {
return moveInPlaylist(data, -1, false);
}
return false;
}
void Instance::playPauseCancelClicked(AudioMsgId::Type type) {
if (isSeeking(type)) {
return;
}
const auto data = getData(type);
if (!data) {
return;
}
const auto state = getState(type);
const auto showPause = ShowPauseIcon(state.state);
const auto audio = state.id.audio();
if (audio && audio->loading() && !data->streamed) {
audio->cancel();
} else if (showPause) {
pause(type);
} else {
play(type);
}
}
void Instance::startSeeking(AudioMsgId::Type type) {
if (auto data = getData(type)) {
data->seeking = data->current;
}
pause(type);
emitUpdate(type);
_seekingChanges.fire({ .seeking = Seeking::Start, .type = type });
}
void Instance::finishSeeking(AudioMsgId::Type type, float64 progress) {
if (const auto data = getData(type)) {
if (const auto streamed = data->streamed.get()) {
const auto &info = streamed->instance.info();
const auto duration = info.audio.state.duration;
if (duration != kTimeUnknown) {
const auto position = crl::time(base::SafeRound(
std::clamp(progress, 0., 1.) * duration));
streamed->instance.play(streamingOptions(
streamed->id,
position));
emitUpdate(type);
}
}
}
cancelSeeking(type);
_seekingChanges.fire({ .seeking = Seeking::Finish, .type = type });
}
void Instance::cancelSeeking(AudioMsgId::Type type) {
if (const auto data = getData(type)) {
data->seeking = AudioMsgId();
}
emitUpdate(type);
_seekingChanges.fire({ .seeking = Seeking::Cancel, .type = type });
}
void Instance::updateVoicePlaybackSpeed() {
if (const auto data = getData(getActiveType())) {
if (!data->current.changeablePlaybackSpeed()) {
return;
}
if (const auto streamed = data->streamed.get()) {
streamed->instance.setSpeed(VoicePlaybackSpeed());
}
}
}
void Instance::emitUpdate(AudioMsgId::Type type) {
emitUpdate(type, [](const AudioMsgId &playing) { return true; });
}
RepeatMode Instance::repeat(not_null<const Data*> data) const {
return (data->type == AudioMsgId::Type::Song)
? Core::App().settings().playerRepeatMode()
: RepeatMode::None;
}
rpl::producer<RepeatMode> Instance::repeatChanges(
not_null<const Data*> data) const {
return (data->type == AudioMsgId::Type::Song)
? Core::App().settings().playerRepeatModeChanges()
: rpl::never<RepeatMode>();
}
OrderMode Instance::order(not_null<const Data*> data) const {
return (data->type == AudioMsgId::Type::Song)
? Core::App().settings().playerOrderMode()
: OrderMode::Default;
}
rpl::producer<OrderMode> Instance::orderChanges(
not_null<const Data*> data) const {
return (data->type == AudioMsgId::Type::Song)
? Core::App().settings().playerOrderModeChanges()
: rpl::never<OrderMode>();
}
TrackState Instance::getState(AudioMsgId::Type type) const {
if (const auto data = getData(type)) {
if (data->streamed) {
return data->streamed->instance.player().prepareLegacyState();
}
}
return TrackState();
}
Streaming::Instance *Instance::roundVideoStreamed(HistoryItem *item) const {
if (!item) {
return nullptr;
} else if (const auto data = getData(AudioMsgId::Type::Voice)) {
if (const auto streamed = data->streamed.get()) {
if (streamed->id.contextId() == item->fullId()) {
const auto player = &streamed->instance.player();
if (player->ready() && !player->videoSize().isEmpty()) {
return &streamed->instance;
}
}
}
}
return nullptr;
}
View::PlaybackProgress *Instance::roundVideoPlayback(
HistoryItem *item) const {
return roundVideoStreamed(item)
? &getData(AudioMsgId::Type::Voice)->streamed->progress
: nullptr;
}
template <typename CheckCallback>
void Instance::emitUpdate(AudioMsgId::Type type, CheckCallback check) {
if (const auto data = getData(type)) {
const auto state = getState(type);
if (!state.id || !check(state.id)) {
return;
}
setCurrent(state.id);
if (const auto streamed = data->streamed.get()) {
if (!streamed->instance.info().video.size.isEmpty()) {
streamed->progress.updateState(state);
}
}
updatePowerSaveBlocker(data, state);
auto finished = false;
_updatedNotifier.fire_copy({state});
if (data->isPlaying && state.state == State::StoppedAtEnd) {
if (repeat(data) == RepeatMode::One) {
play(data->current);
} else if (OptionDisableAutoplayNext.value()) {
finished = true;
} else if (!moveInPlaylist(data, 1, true)) {
finished = true;
}
}
data->isPlaying = !IsStopped(state.state);
if (finished) {
_tracksFinished.fire_copy(type);
}
}
}
void Instance::setupShortcuts() {
Shortcuts::Requests(
) | rpl::start_with_next([=](not_null<Shortcuts::Request*> request) {
using Command = Shortcuts::Command;
request->check(Command::MediaPlay) && request->handle([=] {
playPause();
return true;
});
request->check(Command::MediaPause) && request->handle([=] {
pause();
return true;
});
request->check(Command::MediaPlayPause) && request->handle([=] {
playPause();
return true;
});
request->check(Command::MediaStop) && request->handle([=] {
stop();
return true;
});
request->check(Command::MediaPrevious) && request->handle([=] {
previous();
return true;
});
request->check(Command::MediaNext) && request->handle([=] {
next();
return true;
});
}, _lifetime);
}
bool Instance::pauseGifByRoundVideo() const {
return _roundPlaying;
}
void Instance::handleStreamingUpdate(
not_null<Data*> data,
Streaming::Update &&update) {
using namespace Streaming;
v::match(update.data, [&](Information &update) {
if (!update.video.size.isEmpty()) {
data->streamed->progress.setValueChangedCallback([=](
float64,
float64) {
requestRoundVideoRepaint();
});
_roundPlaying = true;
if (const auto window = App::wnd()) {
if (const auto controller = window->sessionController()) {
controller->enableGifPauseReason(
Window::GifPauseReason::RoundPlaying);
}
}
requestRoundVideoResize();
}
emitUpdate(data->type);
}, [&](PreloadedVideo &update) {
//emitUpdate(data->type, [](AudioMsgId) { return true; });
}, [&](UpdateVideo &update) {
emitUpdate(data->type);
}, [&](PreloadedAudio &update) {
//emitUpdate(data->type, [](AudioMsgId) { return true; });
}, [&](UpdateAudio &update) {
emitUpdate(data->type);
}, [&](WaitingForData) {
}, [&](MutedByOther) {
}, [&](Finished) {
emitUpdate(data->type);
if (data->streamed && data->streamed->instance.player().finished()) {
clearStreamed(data);
}
});
}
HistoryItem *Instance::roundVideoItem() const {
const auto data = getData(AudioMsgId::Type::Voice);
return (data->streamed
&& !data->streamed->instance.info().video.size.isEmpty()
&& data->history)
? data->history->owner().message(data->streamed->id.contextId())
: nullptr;
}
void Instance::requestRoundVideoResize() const {
if (const auto item = roundVideoItem()) {
item->history()->owner().requestItemResize(item);
}
}
void Instance::requestRoundVideoRepaint() const {
if (const auto item = roundVideoItem()) {
item->history()->owner().requestItemRepaint(item);
}
}
void Instance::handleStreamingError(
not_null<Data*> data,
Streaming::Error &&error) {
Expects(data->streamed != nullptr);
const auto document = data->streamed->id.audio();
const auto contextId = data->streamed->id.contextId();
if (error == Streaming::Error::NotStreamable) {
DocumentSaveClickHandler::SaveAndTrack(
contextId,
document);
} else if (error == Streaming::Error::OpenFailed) {
DocumentSaveClickHandler::SaveAndTrack(
contextId,
document,
DocumentSaveClickHandler::Mode::ToFile);
}
emitUpdate(data->type);
if (data->streamed && data->streamed->instance.player().failed()) {
clearStreamed(data);
}
}
} // namespace Player
} // namespace Media