#include "util/streamlink.hpp" #include "helpers.hpp" #include "singletons/settingsmanager.hpp" #include "widgets/qualitypopup.hpp" #include #include #include namespace chatterino { namespace streamlink { namespace { const char *GetBinaryName() { #ifdef _WIN32 return "streamlink.exe"; #else return "streamlink"; #endif } const char *GetDefaultBinaryPath() { #ifdef _WIN32 return "C:\\Program Files (x86)\\Streamlink\\bin\\streamlink.exe"; #else return "/usr/bin/streamlink"; #endif } bool CheckStreamlinkPath(const QString &path) { QFileInfo fileinfo(path); if (!fileinfo.exists()) { return false; // throw Exception(fS("Streamlink path ({}) is invalid, file does not exist", path)); } if (fileinfo.isDir() || !fileinfo.isExecutable()) { return false; } return true; } // TODO: Make streamlink binary finder smarter QString GetStreamlinkBinaryPath() { singletons::SettingManager &settings = singletons::SettingManager::getInstance(); QString settingPath = settings.streamlinkPath; QStringList paths; paths << settingPath; paths << GetDefaultBinaryPath(); #ifdef _WIN32 paths << settingPath + "\\" + GetBinaryName(); paths << settingPath + "\\bin\\" + GetBinaryName(); #else paths << "/usr/local/bin/streamlink"; paths << "/bin/streamlink"; #endif for (const auto &path : paths) { if (CheckStreamlinkPath(path)) { return path; } } throw Exception("Unable to find streamlink binary. Install streamlink or set the binary path " "in the settings dialog."); } void GetStreamQualities(const QString &channelURL, std::function cb) { QString path = GetStreamlinkBinaryPath(); // XXX: Memory leak QProcess *p = new QProcess(); QObject::connect(p, static_cast(&QProcess::finished), [=](int) { QString lastLine = QString(p->readAllStandardOutput()); lastLine = lastLine.trimmed().split('\n').last().trimmed(); if (lastLine.startsWith("Available streams: ")) { QStringList options; QStringList split = lastLine.right(lastLine.length() - 19).split(", "); for (int i = split.length() - 1; i >= 0; i--) { QString option = split.at(i); if (option.endsWith(" (worst)")) { options << option.left(option.length() - 8); } else if (option.endsWith(" (best)")) { options << option.left(option.length() - 7); } else { options << option; } } cb(options); } }); p->start(path, {channelURL, "--default-stream=KKona"}); } } // namespace void OpenStreamlink(const QString &channelURL, const QString &quality, QStringList extraArguments) { singletons::SettingManager &settings = singletons::SettingManager::getInstance(); QString path = GetStreamlinkBinaryPath(); QStringList arguments; QString additionalOptions = settings.streamlinkOpts.getValue(); if (!additionalOptions.isEmpty()) { arguments << settings.streamlinkOpts; } arguments.append(extraArguments); arguments << channelURL; if (!quality.isEmpty()) { arguments << quality; } QProcess::startDetached(path, arguments); } void Start(const QString &channel) { QString channelURL = "twitch.tv/" + channel; singletons::SettingManager &settings = singletons::SettingManager::getInstance(); QString preferredQuality = settings.preferredQuality; preferredQuality = preferredQuality.toLower(); if (preferredQuality == "choose") { GetStreamQualities(channelURL, [=](QStringList qualityOptions) { widgets::QualityPopup::showDialog(channel, qualityOptions); }); return; } QStringList args; // Quality converted from Chatterino format to Streamlink format QString quality; // Streamlink qualities to exclude QString exclude; if (preferredQuality == "high") { exclude = ">720p30"; quality = "high,best"; } else if (preferredQuality == "medium") { exclude = ">540p30"; quality = "medium,best"; } else if (preferredQuality == "low") { exclude = ">360p30"; quality = "low,best"; } else if (preferredQuality == "audio only") { quality = "audio,audio_only"; } else { quality = "best"; } if (!exclude.isEmpty()) { args << "--stream-sorting-excludes" << exclude; } OpenStreamlink(channelURL, quality, args); } } // namespace streamlink } // namespace chatterino