#include "TwitchBadges.hpp" #include #include #include #include #include "common/NetworkRequest.hpp" #include "common/Outcome.hpp" #include "common/QLogging.hpp" #include "messages/Emote.hpp" namespace chatterino { TwitchBadges::TwitchBadges() { this->loadTwitchBadges(); } void TwitchBadges::loadTwitchBadges() { assert(this->loaded_ == false); static QString url( "https://badges.twitch.tv/v1/badges/global/display?language=en"); NetworkRequest(url) .onSuccess([this](auto result) -> Outcome { { auto root = result.parseJson(); auto badgeSets = this->badgeSets_.access(); auto jsonSets = root.value("badge_sets").toObject(); for (auto sIt = jsonSets.begin(); sIt != jsonSets.end(); ++sIt) { auto key = sIt.key(); auto versions = sIt.value().toObject().value("versions").toObject(); for (auto vIt = versions.begin(); vIt != versions.end(); ++vIt) { auto versionObj = vIt.value().toObject(); auto emote = Emote{ {""}, ImageSet{ Image::fromUrl({versionObj.value("image_url_1x") .toString()}, 1), Image::fromUrl({versionObj.value("image_url_2x") .toString()}, .5), Image::fromUrl({versionObj.value("image_url_4x") .toString()}, .25), }, Tooltip{versionObj.value("title").toString()}, Url{versionObj.value("click_url").toString()}}; // "title" // "clickAction" (*badgeSets)[key][vIt.key()] = std::make_shared(emote); } } } this->loaded(); return Success; }) .onError([this](auto res) { qCDebug(chatterinoTwitch) << "Error loading Twitch Badges:" << res.status(); // Despite erroring out, we still want to reach the same point // Loaded should still be set to true to not build up an endless queue, and the quuee should still be flushed. this->loaded(); }) .execute(); } void TwitchBadges::loaded() { std::unique_lock loadedLock(this->loadedMutex_); assert(this->loaded_ == false); this->loaded_ = true; // Flush callback queue std::unique_lock queueLock(this->queueMutex_); // Once we have gained unique access of the queue, we can release our unique access of the loaded mutex allowing future calls to read locked_ loadedLock.unlock(); while (!this->callbackQueue_.empty()) { auto callback = this->callbackQueue_.front(); this->callbackQueue_.pop(); this->getBadgeIcon(callback.first, callback.second); } } boost::optional TwitchBadges::badge(const QString &set, const QString &version) const { auto badgeSets = this->badgeSets_.access(); auto it = badgeSets->find(set); if (it != badgeSets->end()) { auto it2 = it->second.find(version); if (it2 != it->second.end()) { return it2->second; } } return boost::none; } boost::optional TwitchBadges::badge(const QString &set) const { auto badgeSets = this->badgeSets_.access(); auto it = badgeSets->find(set); if (it != badgeSets->end()) { if (it->second.size() > 0) { return it->second.begin()->second; } } return boost::none; } void TwitchBadges::getBadgeIcon(const QString &name, BadgeIconCallback callback) { { std::shared_lock loadedLock(this->loadedMutex_); if (!this->loaded_) { // Badges have not been loaded yet, store callback in a queue std::unique_lock queueLock(this->queueMutex_); this->callbackQueue_.push({name, std::move(callback)}); return; } } { std::shared_lock badgeLock(this->badgesMutex_); if (this->badgesMap_.contains(name)) { callback(name, this->badgesMap_[name]); return; } } // Split string in format "name1/version1,name2/version2" to "name1", "version1" // If not in list+version form, name will remain the same auto targetBadge = name.split(",").at(0).split("/"); const auto badge = targetBadge.size() == 2 ? this->badge(targetBadge.at(0), targetBadge.at(1)) : this->badge(targetBadge.at(0)); if (badge) { this->loadEmoteImage(name, (*badge)->images.getImage3(), std::move(callback)); } } void TwitchBadges::getBadgeIcon(const DisplayBadge &badge, BadgeIconCallback callback) { this->getBadgeIcon(badge.badgeName(), std::move(callback)); } void TwitchBadges::getBadgeIcons(const QList &badges, BadgeIconCallback callback) { for (const auto &item : badges) { this->getBadgeIcon(item, callback); } } void TwitchBadges::loadEmoteImage(const QString &name, ImagePtr image, BadgeIconCallback &&callback) { NetworkRequest(image->url().string) .concurrent() .cache() .onSuccess([this, name, callback](auto result) -> Outcome { auto data = result.getData(); // const cast since we are only reading from it QBuffer buffer(const_cast(&data)); buffer.open(QIODevice::ReadOnly); QImageReader reader(&buffer); QImage image; if (reader.imageCount() == 0 || !reader.read(&image)) { return Failure; } auto icon = std::make_shared(QPixmap::fromImage(image)); { std::unique_lock lock(this->badgesMutex_); this->badgesMap_[name] = icon; } callback(name, icon); return Success; }) .execute(); } TwitchBadges *TwitchBadges::instance_; TwitchBadges *TwitchBadges::instance() { if (TwitchBadges::instance_ == nullptr) { TwitchBadges::instance_ = new TwitchBadges(); } return TwitchBadges::instance_; } } // namespace chatterino