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winamp/Src/external_dependencies/openmpt-trunk/mptrack/TrackerSettings.cpp

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/*
* TrackerSettings.cpp
* -------------------
* Purpose: Code for managing, loading and saving all applcation settings.
* Notes : (currently none)
* Authors: Olivier Lapicque
* OpenMPT Devs
* The OpenMPT source code is released under the BSD license. Read LICENSE for more details.
*/
#include "stdafx.h"
#include "Mptrack.h"
#include "Moddoc.h"
#include "Mainfrm.h"
#include "mpt/environment/environment.hpp"
#include "mpt/uuid/uuid.hpp"
#include "openmpt/sounddevice/SoundDevice.hpp"
#include "openmpt/sounddevice/SoundDeviceManager.hpp"
#include "../common/version.h"
#include "UpdateCheck.h"
#include "Mpdlgs.h"
#include "../common/mptStringBuffer.h"
#include "TrackerSettings.h"
#include "../common/misc_util.h"
#include "PatternClipboard.h"
#include "../common/ComponentManager.h"
#include "ExceptionHandler.h"
#include "../soundlib/mod_specifications.h"
#include "../soundlib/Tables.h"
#include "../common/mptFileIO.h"
#include "../soundlib/tuningcollection.h"
#include "TuningDialog.h"
#include <algorithm>
OPENMPT_NAMESPACE_BEGIN
#define OLD_SOUNDSETUP_REVERSESTEREO 0x20
#define OLD_SOUNDSETUP_SECONDARY 0x40
#define OLD_SOUNDSETUP_NOBOOSTTHREADPRIORITY 0x80
#ifndef NO_EQ
constexpr EQPreset FlatEQPreset = {"Flat", {16, 16, 16, 16, 16, 16}, {125, 300, 600, 1250, 4000, 8000}};
#endif // !NO_EQ
TrackerSettings &TrackerSettings::Instance()
{
return theApp.GetTrackerSettings();
}
static Version GetPreviousSettingsVersion(const mpt::ustring &iniVersion)
{
if(!iniVersion.empty())
{
return Version::Parse(iniVersion);
} else
{
// No version stored.
// This is the first run, thus set the previous version to our current
// version which will avoid running all settings upgrade code.
return Version::Current();
}
}
mpt::ustring SettingsModTypeToString(MODTYPE modtype)
{
return mpt::ToUnicode(mpt::Charset::UTF8, CSoundFile::GetModSpecifications(modtype).fileExtension);
}
MODTYPE SettingsStringToModType(const mpt::ustring &str)
{
return CModSpecifications::ExtensionToType(mpt::ToCharset(mpt::Charset::UTF8, str));
}
static uint32 GetDefaultPatternSetup()
{
return PATTERN_PLAYNEWNOTE | PATTERN_EFFECTHILIGHT
| PATTERN_CENTERROW | PATTERN_DRAGNDROPEDIT
| PATTERN_FLATBUTTONS | PATTERN_NOEXTRALOUD | PATTERN_2NDHIGHLIGHT
| PATTERN_STDHIGHLIGHT | PATTERN_SHOWPREVIOUS | PATTERN_CONTSCROLL
| PATTERN_SYNCMUTE | PATTERN_AUTODELAY | PATTERN_NOTEFADE
| PATTERN_SHOWDEFAULTVOLUME | PATTERN_LIVEUPDATETREE | PATTERN_SYNCSAMPLEPOS;
}
void SampleUndoBufferSize::CalculateSize()
{
if(sizePercent < 0)
sizePercent = 0;
MEMORYSTATUSEX memStatus;
memStatus.dwLength = sizeof(MEMORYSTATUSEX);
GlobalMemoryStatusEx(&memStatus);
// The setting is a percentage of the memory that's actually *available* to OpenMPT, which is a max of 4GB in 32-bit mode.
sizeByte = mpt::saturate_cast<size_t>(std::min(memStatus.ullTotalPhys, DWORDLONG(SIZE_T_MAX)) * sizePercent / 100);
// Pretend there's at least one MiB of memory (haha)
if(sizePercent != 0 && sizeByte < 1 * 1024 * 1024)
{
sizeByte = 1 * 1024 * 1024;
}
}
DebugSettings::DebugSettings(SettingsContainer &conf)
: conf(conf)
// Debug
#if !defined(MPT_LOG_IS_DISABLED)
, DebugLogLevel(conf, U_("Debug"), U_("LogLevel"), static_cast<int>(mpt::log::GlobalLogLevel))
, DebugLogFacilitySolo(conf, U_("Debug"), U_("LogFacilitySolo"), std::string())
, DebugLogFacilityBlocked(conf, U_("Debug"), U_("LogFacilityBlocked"), std::string())
, DebugLogFileEnable(conf, U_("Debug"), U_("LogFileEnable"), mpt::log::FileEnabled)
, DebugLogDebuggerEnable(conf, U_("Debug"), U_("LogDebuggerEnable"), mpt::log::DebuggerEnabled)
, DebugLogConsoleEnable(conf, U_("Debug"), U_("LogConsoleEnable"), mpt::log::ConsoleEnabled)
#endif
, DebugTraceEnable(conf, U_("Debug"), U_("TraceEnable"), false)
, DebugTraceSize(conf, U_("Debug"), U_("TraceSize"), 1000000)
, DebugTraceAlwaysDump(conf, U_("Debug"), U_("TraceAlwaysDump"), false)
, DebugStopSoundDeviceOnCrash(conf, U_("Debug"), U_("StopSoundDeviceOnCrash"), true)
, DebugStopSoundDeviceBeforeDump(conf, U_("Debug"), U_("StopSoundDeviceBeforeDump"), false)
, DebugDelegateToWindowsHandler(conf, U_("Debug"), U_("DelegateToWindowsHandler"), false)
{
// Duplicate state for debug stuff in order to avoid calling into settings framework from crash context.
ExceptionHandler::stopSoundDeviceOnCrash = DebugStopSoundDeviceOnCrash;
ExceptionHandler::stopSoundDeviceBeforeDump = DebugStopSoundDeviceBeforeDump;
ExceptionHandler::delegateToWindowsHandler = DebugDelegateToWindowsHandler;
// enable debug features (as early as possible after reading the settings)
#if !defined(MPT_LOG_IS_DISABLED)
#if !defined(MPT_LOG_GLOBAL_LEVEL_STATIC)
mpt::log::GlobalLogLevel = DebugLogLevel;
#endif
mpt::log::SetFacilities(DebugLogFacilitySolo, DebugLogFacilityBlocked);
mpt::log::FileEnabled = DebugLogFileEnable;
mpt::log::DebuggerEnabled = DebugLogDebuggerEnable;
mpt::log::ConsoleEnabled = DebugLogConsoleEnable;
#endif
if(DebugTraceEnable)
{
mpt::log::Trace::Enable(DebugTraceSize);
}
}
DebugSettings::~DebugSettings()
{
if(DebugTraceAlwaysDump)
{
DebugTraceDump();
}
}
TrackerSettings::TrackerSettings(SettingsContainer &conf)
: conf(conf)
// Version
, IniVersion(conf, U_("Version"), U_("Version"), mpt::ustring())
, FirstRun(IniVersion.Get() == mpt::ustring())
, PreviousSettingsVersion(GetPreviousSettingsVersion(IniVersion))
, VersionInstallGUID(conf, U_("Version"), U_("InstallGUID"), mpt::UUID())
// Display
, m_ShowSplashScreen(conf, U_("Display"), U_("ShowSplashScreen"), true)
, gbMdiMaximize(conf, U_("Display"), U_("MDIMaximize"), true)
, highResUI(conf, U_("Display"), U_("HighResUI"), false)
, glTreeSplitRatio(conf, U_("Display"), U_("MDITreeRatio"), 128)
, glTreeWindowWidth(conf, U_("Display"), U_("MDITreeWidth"), 160)
, glGeneralWindowHeight(conf, U_("Display"), U_("MDIGeneralHeight"), 222)
, glPatternWindowHeight(conf, U_("Display"), U_("MDIPatternHeight"), 152)
, glSampleWindowHeight(conf, U_("Display"), U_("MDISampleHeight"), 190)
, glInstrumentWindowHeight(conf, U_("Display"), U_("MDIInstrumentHeight"), 300)
, glCommentsWindowHeight(conf, U_("Display"), U_("MDICommentsHeight"), 288)
, glGraphWindowHeight(conf, U_("Display"), U_("MDIGraphHeight"), 288)
, gnPlugWindowX(conf, U_("Display"), U_("PlugSelectWindowX"), 243)
, gnPlugWindowY(conf, U_("Display"), U_("PlugSelectWindowY"), 273)
, gnPlugWindowWidth(conf, U_("Display"), U_("PlugSelectWindowWidth"), 450)
, gnPlugWindowHeight(conf, U_("Display"), U_("PlugSelectWindowHeight"), 540)
, gnPlugWindowLast(conf, U_("Display"), U_("PlugSelectWindowLast"), 0)
, gnMsgBoxVisiblityFlags(conf, U_("Display"), U_("MsgBoxVisibilityFlags"), uint32_max)
, GUIUpdateInterval(conf, U_("Display"), U_("GUIUpdateInterval"), 0)
, FSUpdateInterval(conf, U_("Display"), U_("FSUpdateInterval"), 500)
, VuMeterUpdateInterval(conf, U_("Display"), U_("VuMeterUpdateInterval"), 15)
, VuMeterDecaySpeedDecibelPerSecond(conf, U_("Display"), U_("VuMeterDecaySpeedDecibelPerSecond"), 88.0f)
, accidentalFlats(conf, U_("Display"), U_("AccidentalFlats"), false)
, rememberSongWindows(conf, U_("Display"), U_("RememberSongWindows"), true)
, showDirsInSampleBrowser(conf, U_("Display"), U_("ShowDirsInSampleBrowser"), false)
, commentsFont(conf, U_("Display"), U_("Comments Font"), FontSetting(U_("Courier New"), 120))
, defaultRainbowChannelColors(conf, U_("Display"), U_("DefaultChannelColors"), DefaultChannelColors::Random)
// Misc
, defaultModType(conf, U_("Misc"), U_("DefaultModType"), MOD_TYPE_IT)
, defaultNewFileAction(conf, U_("Misc"), U_("DefaultNewFileAction"), nfDefaultFormat)
, DefaultPlugVolumeHandling(conf, U_("Misc"), U_("DefaultPlugVolumeHandling"), PLUGIN_VOLUMEHANDLING_IGNORE)
, autoApplySmoothFT2Ramping(conf, U_("Misc"), U_("SmoothFT2Ramping"), false)
, MiscITCompressionStereo(conf, U_("Misc"), U_("ITCompressionStereo"), 4)
, MiscITCompressionMono(conf, U_("Misc"), U_("ITCompressionMono"), 4)
, MiscSaveChannelMuteStatus(conf, U_("Misc"), U_("SaveChannelMuteStatus"), true)
, MiscAllowMultipleCommandsPerKey(conf, U_("Misc"), U_("AllowMultipleCommandsPerKey"), false)
, MiscDistinguishModifiers(conf, U_("Misc"), U_("DistinguishModifiers"), false)
, MiscProcessPriorityClass(conf, U_("Misc"), U_("ProcessPriorityClass"), ProcessPriorityClassNORMAL)
, MiscFlushFileBuffersOnSave(conf, U_("Misc"), U_("FlushFileBuffersOnSave"), true)
, MiscCacheCompleteFileBeforeLoading(conf, U_("Misc"), U_("CacheCompleteFileBeforeLoading"), false)
, MiscUseSingleInstance(conf, U_("Misc"), U_("UseSingleInstance"), false)
// Sound Settings
, m_SoundShowRecordingSettings(false)
, m_SoundShowDeprecatedDevices(conf, U_("Sound Settings"), U_("ShowDeprecatedDevices"), false)
, m_SoundDeprecatedDeviceWarningShown(conf, U_("Sound Settings"), U_("DeprecatedDeviceWarningShown"), false)
, m_SoundSampleRates(conf, U_("Sound Settings"), U_("SampleRates"), GetDefaultSampleRates())
, m_SoundSettingsOpenDeviceAtStartup(conf, U_("Sound Settings"), U_("OpenDeviceAtStartup"), false)
, m_SoundSettingsStopMode(conf, U_("Sound Settings"), U_("StopMode"), SoundDeviceStopModeClosed)
, m_SoundDeviceSettingsUseOldDefaults(false)
, m_SoundDeviceID_DEPRECATED(SoundDevice::Legacy::ID())
, m_SoundDeviceIdentifier(conf, U_("Sound Settings"), U_("Device"), SoundDevice::Identifier())
, MixerMaxChannels(conf, U_("Sound Settings"), U_("MixChannels"), MixerSettings().m_nMaxMixChannels)
, MixerDSPMask(conf, U_("Sound Settings"), U_("Quality"), MixerSettings().DSPMask)
, MixerFlags(conf, U_("Sound Settings"), U_("SoundSetup"), MixerSettings().MixerFlags)
, MixerSamplerate(conf, U_("Sound Settings"), U_("Mixing_Rate"), MixerSettings().gdwMixingFreq)
, MixerOutputChannels(conf, U_("Sound Settings"), U_("ChannelMode"), MixerSettings().gnChannels)
, MixerPreAmp(conf, U_("Sound Settings"), U_("PreAmp"), MixerSettings().m_nPreAmp)
, MixerStereoSeparation(conf, U_("Sound Settings"), U_("StereoSeparation"), MixerSettings().m_nStereoSeparation)
, MixerVolumeRampUpMicroseconds(conf, U_("Sound Settings"), U_("VolumeRampUpMicroseconds"), MixerSettings().GetVolumeRampUpMicroseconds())
, MixerVolumeRampDownMicroseconds(conf, U_("Sound Settings"), U_("VolumeRampDownMicroseconds"), MixerSettings().GetVolumeRampDownMicroseconds())
, MixerNumInputChannels(conf, U_("Sound Settings"), U_("NumInputChannels"), static_cast<uint32>(MixerSettings().NumInputChannels))
, ResamplerMode(conf, U_("Sound Settings"), U_("SrcMode"), CResamplerSettings().SrcMode)
, ResamplerSubMode(conf, U_("Sound Settings"), U_("XMMSModplugResamplerWFIRType"), CResamplerSettings().gbWFIRType)
, ResamplerCutoffPercent(conf, U_("Sound Settings"), U_("ResamplerWFIRCutoff"), mpt::saturate_round<int32>(CResamplerSettings().gdWFIRCutoff * 100.0))
, ResamplerEmulateAmiga(conf, U_("Sound Settings"), U_("ResamplerEmulateAmiga"), Resampling::AmigaFilter::A1200)
, SoundBoostedThreadPriority(conf, U_("Sound Settings"), U_("BoostedThreadPriority"), SoundDevice::AppInfo().BoostedThreadPriorityXP)
, SoundBoostedThreadMMCSSClass(conf, U_("Sound Settings"), U_("BoostedThreadMMCSSClass"), SoundDevice::AppInfo().BoostedThreadMMCSSClassVista)
, SoundBoostedThreadRealtimePosix(conf, U_("Sound Settings"), U_("BoostedThreadRealtimeLinux"), SoundDevice::AppInfo().BoostedThreadRealtimePosix)
, SoundBoostedThreadNicenessPosix(conf, U_("Sound Settings"), U_("BoostedThreadNicenessPosix"), SoundDevice::AppInfo().BoostedThreadNicenessPosix)
, SoundBoostedThreadRtprioPosix(conf, U_("Sound Settings"), U_("BoostedThreadRtprioLinux"), SoundDevice::AppInfo().BoostedThreadRtprioPosix)
, SoundMaskDriverCrashes(conf, U_("Sound Settings"), U_("MaskDriverCrashes"), SoundDevice::AppInfo().MaskDriverCrashes)
, SoundAllowDeferredProcessing(conf, U_("Sound Settings"), U_("AllowDeferredProcessing"), SoundDevice::AppInfo().AllowDeferredProcessing)
// MIDI Settings
, m_nMidiDevice(conf, U_("MIDI Settings"), U_("MidiDevice"), 0)
, midiDeviceName(conf, U_("MIDI Settings"), U_("MidiDeviceName"), _T(""))
, m_dwMidiSetup(conf, U_("MIDI Settings"), U_("MidiSetup"), MIDISETUP_RECORDVELOCITY | MIDISETUP_RECORDNOTEOFF | MIDISETUP_TRANSPOSEKEYBOARD | MIDISETUP_MIDITOPLUG)
, aftertouchBehaviour(conf, U_("MIDI Settings"), U_("AftertouchBehaviour"), atDoNotRecord)
, midiVelocityAmp(conf, U_("MIDI Settings"), U_("MidiVelocityAmp"), 100)
, midiIgnoreCCs(conf, U_("MIDI Settings"), U_("IgnoredCCs"), std::bitset<128>())
, midiImportPatternLen(conf, U_("MIDI Settings"), U_("MidiImportPatLen"), 128)
, midiImportQuantize(conf, U_("MIDI Settings"), U_("MidiImportQuantize"), 32)
, midiImportTicks(conf, U_("MIDI Settings"), U_("MidiImportTicks"), 6)
// Pattern Editor
, gbLoopSong(conf, U_("Pattern Editor"), U_("LoopSong"), true)
, gnPatternSpacing(conf, U_("Pattern Editor"), U_("Spacing"), 0)
, gbPatternVUMeters(conf, U_("Pattern Editor"), U_("VU-Meters"), true)
, gbPatternPluginNames(conf, U_("Pattern Editor"), U_("Plugin-Names"), true)
, gbPatternRecord(conf, U_("Pattern Editor"), U_("Record"), true)
, patternNoEditPopup(conf, U_("Pattern Editor"), U_("NoEditPopup"), false)
, patternStepCommands(conf, U_("Pattern Editor"), U_("EditStepAppliesToCommands"), false)
, m_dwPatternSetup(conf, U_("Pattern Editor"), U_("PatternSetup"), GetDefaultPatternSetup())
, m_nRowHighlightMeasures(conf, U_("Pattern Editor"), U_("RowSpacing"), 16)
, m_nRowHighlightBeats(conf, U_("Pattern Editor"), U_("RowSpacing2"), 4)
, recordQuantizeRows(conf, U_("Pattern Editor"), U_("RecordQuantize"), 0)
, gnAutoChordWaitTime(conf, U_("Pattern Editor"), U_("AutoChordWaitTime"), 60)
, orderlistMargins(conf, U_("Pattern Editor"), U_("DefaultSequenceMargins"), 0)
, rowDisplayOffset(conf, U_("Pattern Editor"), U_("RowDisplayOffset"), 0)
, patternFont(conf, U_("Pattern Editor"), U_("Font"), FontSetting(PATTERNFONT_SMALL, 0))
, patternFontDot(conf, U_("Pattern Editor"), U_("FontDot"), U_("."))
, effectVisWidth(conf, U_("Pattern Editor"), U_("EffectVisWidth"), -1)
, effectVisHeight(conf, U_("Pattern Editor"), U_("EffectVisHeight"), -1)
, effectVisX(conf, U_("Pattern Editor"), U_("EffectVisX"), int32_min)
, effectVisY(conf, U_("Pattern Editor"), U_("EffectVisY"), int32_min)
, patternAccessibilityFormat(conf, U_("Pattern Editor"), U_("AccessibilityFormat"), _T("Row %row%, Channel %channel%, %column_type%: %column_description%"))
, patternAlwaysDrawWholePatternOnScrollSlow(conf, U_("Pattern Editor"), U_("AlwaysDrawWholePatternOnScrollSlow"), false)
, orderListOldDropBehaviour(conf, U_("Pattern Editor"), U_("OrderListOldDropBehaviour"), false)
// Sample Editor
, m_SampleUndoBufferSize(conf, U_("Sample Editor"), U_("UndoBufferSize"), SampleUndoBufferSize())
, sampleEditorKeyBehaviour(conf, U_("Sample Editor"), U_("KeyBehaviour"), seNoteOffOnNewKey)
, m_defaultSampleFormat(conf, U_("Sample Editor"), U_("DefaultFormat"), dfFLAC)
, sampleEditorTimelineFormat(conf, U_("Sample Editor"), U_("TimelineFormat"), TimelineFormat::Seconds)
, sampleEditorDefaultResampler(conf, U_("Sample Editor"), U_("DefaultResampler"), SRCMODE_DEFAULT)
, m_nFinetuneStep(conf, U_("Sample Editor"), U_("FinetuneStep"), 10)
, m_FLACCompressionLevel(conf, U_("Sample Editor"), U_("FLACCompressionLevel"), 5)
, compressITI(conf, U_("Sample Editor"), U_("CompressITI"), true)
, m_MayNormalizeSamplesOnLoad(conf, U_("Sample Editor"), U_("MayNormalizeSamplesOnLoad"), true)
, previewInFileDialogs(conf, U_("Sample Editor"), U_("PreviewInFileDialogs"), false)
, cursorPositionInHex(conf, U_("Sample Editor"), U_("CursorPositionInHex"), false)
// Export
, ExportDefaultToSoundcardSamplerate(conf, U_("Export"), U_("DefaultToSoundcardSamplerate"), true)
, ExportStreamEncoderSettings(conf, U_("Export"))
// Components
, ComponentsLoadOnStartup(conf, U_("Components"), U_("LoadOnStartup"), ComponentManagerSettingsDefault().LoadOnStartup())
, ComponentsKeepLoaded(conf, U_("Components"), U_("KeepLoaded"), ComponentManagerSettingsDefault().KeepLoaded())
// AutoSave
, CreateBackupFiles(conf, U_("AutoSave"), U_("CreateBackupFiles"), true)
, AutosaveEnabled(conf, U_("AutoSave"), U_("Enabled"), true)
, AutosaveIntervalMinutes(conf, U_("AutoSave"), U_("IntervalMinutes"), 10)
, AutosaveHistoryDepth(conf, U_("AutoSave"), U_("BackupHistory"), 3)
, AutosaveUseOriginalPath(conf, U_("AutoSave"), U_("UseOriginalPath"), true)
, AutosavePath(conf, U_("AutoSave"), U_("Path"), mpt::GetTempDirectory())
// Paths
, PathSongs(conf, U_("Paths"), U_("Songs_Directory"), mpt::PathString())
, PathSamples(conf, U_("Paths"), U_("Samples_Directory"), mpt::PathString())
, PathInstruments(conf, U_("Paths"), U_("Instruments_Directory"), mpt::PathString())
, PathPlugins(conf, U_("Paths"), U_("Plugins_Directory"), mpt::PathString())
, PathPluginPresets(conf, U_("Paths"), U_("Plugin_Presets_Directory"), mpt::PathString())
, PathExport(conf, U_("Paths"), U_("Export_Directory"), mpt::PathString())
, PathTunings(theApp.GetConfigPath() + P_("tunings\\"))
, PathUserTemplates(theApp.GetConfigPath() + P_("TemplateModules\\"))
// Default template
, defaultTemplateFile(conf, U_("Paths"), U_("DefaultTemplate"), mpt::PathString())
, defaultArtist(conf, U_("Misc"), U_("DefaultArtist"), mpt::getenv(U_("USERNAME")).value_or(U_("")))
// MRU List
, mruListLength(conf, U_("Misc"), U_("MRUListLength"), 10)
// Plugins
, bridgeAllPlugins(conf, U_("VST Plugins"), U_("BridgeAllPlugins"), false)
, enableAutoSuspend(conf, U_("VST Plugins"), U_("EnableAutoSuspend"), false)
, midiMappingInPluginEditor(conf, U_("VST Plugins"), U_("EnableMidiMappingInEditor"), true)
, pluginProjectPath(conf, U_("VST Plugins"), U_("ProjectPath"), mpt::ustring())
, vstHostProductString(conf, U_("VST Plugins"), U_("HostProductString"), "OpenMPT")
, vstHostVendorString(conf, U_("VST Plugins"), U_("HostVendorString"), "OpenMPT project")
, vstHostVendorVersion(conf, U_("VST Plugins"), U_("HostVendorVersion"), Version::Current().GetRawVersion())
// Broken Plugins Workarounds
, BrokenPluginsWorkaroundVSTMaskAllCrashes(conf, U_("Broken Plugins Workarounds"), U_("VSTMaskAllCrashes"), true) // TODO: really should be false
, BrokenPluginsWorkaroundVSTNeverUnloadAnyPlugin(conf, U_("Broken Plugins Workarounds"), U_("VSTNeverUnloadAnyPlugin"), false)
#if defined(MPT_ENABLE_UPDATE)
// Update
, UpdateEnabled(conf, U_("Update"), U_("Enabled"), true)
, UpdateInstallAutomatically(conf, U_("Update"), U_("InstallAutomatically"), false)
, UpdateLastUpdateCheck(conf, U_("Update"), U_("LastUpdateCheck"), mpt::Date::Unix(time_t()))
, UpdateUpdateCheckPeriod_DEPRECATED(conf, U_("Update"), U_("UpdateCheckPeriod"), 7)
, UpdateIntervalDays(conf, U_("Update"), U_("UpdateCheckIntervalDays"), 7)
, UpdateChannel(conf, U_("Update"), U_("Channel"), UpdateChannelRelease)
, UpdateUpdateURL_DEPRECATED(conf, U_("Update"), U_("UpdateURL"), U_("https://update.openmpt.org/check/$VERSION/$GUID"))
, UpdateAPIURL(conf, U_("Update"), U_("APIURL"), CUpdateCheck::GetDefaultAPIURL())
, UpdateStatisticsConsentAsked(conf, U_("Update"), U_("StatistisConsentAsked"), false)
, UpdateStatistics(conf, U_("Update"), U_("Statistis"), false)
, UpdateSendGUID_DEPRECATED(conf, U_("Update"), U_("SendGUID"), false)
, UpdateShowUpdateHint(conf, U_("Update"), U_("ShowUpdateHint"), true)
, UpdateIgnoreVersion(conf, U_("Update"), U_("IgnoreVersion"), _T(""))
, UpdateSkipSignatureVerificationUNSECURE(conf, U_("Update"), U_("SkipSignatureVerification"), false)
, UpdateSigningKeysRootAnchors(conf, U_("Update"), U_("SigningKeysRootAnchors"), CUpdateCheck::GetDefaultUpdateSigningKeysRootAnchors())
#endif // MPT_ENABLE_UPDATE
// Wine suppport
, WineSupportEnabled(conf, U_("WineSupport"), U_("Enabled"), false)
, WineSupportAlwaysRecompile(conf, U_("WineSupport"), U_("AlwaysRecompile"), false)
, WineSupportAskCompile(conf, U_("WineSupport"), U_("AskCompile"), false)
, WineSupportCompileVerbosity(conf, U_("WineSupport"), U_("CompileVerbosity"), 2) // 0=silent 1=silentmake 2=progresswindow 3=standard 4=verbosemake 5=veryverbosemake 6=msgboxes
, WineSupportForeignOpenMPT(conf, U_("WineSupport"), U_("ForeignOpenMPT"), false)
, WineSupportAllowUnknownHost(conf, U_("WineSupport"), U_("AllowUnknownHost"), false)
, WineSupportEnablePulseAudio(conf, U_("WineSupport"), U_("EnablePulseAudio"), 1)
, WineSupportEnablePortAudio(conf, U_("WineSupport"), U_("EnablePortAudio"), 1)
, WineSupportEnableRtAudio(conf, U_("WineSupport"), U_("EnableRtAudio"), 1)
{
// Effects
#ifndef NO_DSP
m_MegaBassSettings.m_nXBassDepth = conf.Read<int32>(U_("Effects"), U_("XBassDepth"), m_MegaBassSettings.m_nXBassDepth);
m_MegaBassSettings.m_nXBassRange = conf.Read<int32>(U_("Effects"), U_("XBassRange"), m_MegaBassSettings.m_nXBassRange);
#endif
#ifndef NO_REVERB
m_ReverbSettings.m_nReverbDepth = conf.Read<int32>(U_("Effects"), U_("ReverbDepth"), m_ReverbSettings.m_nReverbDepth);
m_ReverbSettings.m_nReverbType = conf.Read<int32>(U_("Effects"), U_("ReverbType"), m_ReverbSettings.m_nReverbType);
#endif
#ifndef NO_DSP
m_SurroundSettings.m_nProLogicDepth = conf.Read<int32>(U_("Effects"), U_("ProLogicDepth"), m_SurroundSettings.m_nProLogicDepth);
m_SurroundSettings.m_nProLogicDelay = conf.Read<int32>(U_("Effects"), U_("ProLogicDelay"), m_SurroundSettings.m_nProLogicDelay);
#endif
#ifndef NO_EQ
m_EqSettings = conf.Read<EQPreset>(U_("Effects"), U_("EQ_Settings"), FlatEQPreset);
const EQPreset userPresets[] =
{
FlatEQPreset,
{ "User 1", {16,16,16,16,16,16}, { 150, 350, 700, 1500, 4500, 8000 } },
{ "User 2", {16,16,16,16,16,16}, { 200, 400, 800, 1750, 5000, 9000 } },
{ "User 3", {16,16,16,16,16,16}, { 250, 450, 900, 2000, 5000, 10000 } }
};
m_EqUserPresets[0] = conf.Read<EQPreset>(U_("Effects"), U_("EQ_User1"), userPresets[0]);
m_EqUserPresets[1] = conf.Read<EQPreset>(U_("Effects"), U_("EQ_User2"), userPresets[1]);
m_EqUserPresets[2] = conf.Read<EQPreset>(U_("Effects"), U_("EQ_User3"), userPresets[2]);
m_EqUserPresets[3] = conf.Read<EQPreset>(U_("Effects"), U_("EQ_User4"), userPresets[3]);
#endif
#ifndef NO_DSP
m_BitCrushSettings.m_Bits = conf.Read<int32>(U_("Effects"), U_("BitCrushBits"), m_BitCrushSettings.m_Bits);
#endif
// Display (Colors)
GetDefaultColourScheme(rgbCustomColors);
for(int ncol = 0; ncol < MAX_MODCOLORS; ncol++)
{
const mpt::ustring colorName = MPT_UFORMAT("Color{}")(mpt::ufmt::dec0<2>(ncol));
rgbCustomColors[ncol] = conf.Read<uint32>(U_("Display"), colorName, rgbCustomColors[ncol]);
}
// Paths
m_szKbdFile = conf.Read<mpt::PathString>(U_("Paths"), U_("Key_Config_File"), mpt::PathString());
conf.Forget(U_("Paths"), U_("Key_Config_File"));
// init old and messy stuff:
// Default chords
MemsetZero(Chords);
for(UINT ichord = 0; ichord < 3 * 12; ichord++)
{
Chords[ichord].key = (uint8)ichord;
Chords[ichord].notes[0] = MPTChord::noNote;
Chords[ichord].notes[1] = MPTChord::noNote;
Chords[ichord].notes[2] = MPTChord::noNote;
if(ichord < 12)
{
// Major Chords
Chords[ichord].notes[0] = (int8)(ichord + 4);
Chords[ichord].notes[1] = (int8)(ichord + 7);
Chords[ichord].notes[2] = (int8)(ichord + 10);
} else if(ichord < 24)
{
// Minor Chords
Chords[ichord].notes[0] = (int8)(ichord - 9);
Chords[ichord].notes[1] = (int8)(ichord - 5);
Chords[ichord].notes[2] = (int8)(ichord - 2);
}
}
// load old and messy stuff:
PatternClipboard::SetClipboardSize(conf.Read<int32>(U_("Pattern Editor"), U_("NumClipboards"), mpt::saturate_cast<int32>(PatternClipboard::GetClipboardSize())));
// Chords
LoadChords(Chords);
// Zxx Macros
MIDIMacroConfig macros;
theApp.GetDefaultMidiMacro(macros);
for(int i = 0; i < kSFxMacros; i++)
{
macros.SFx[i] = conf.Read<std::string>(U_("Zxx Macros"), MPT_UFORMAT("SF{}")(mpt::ufmt::HEX(i)), macros.SFx[i]);
}
for(int i = 0; i < kZxxMacros; i++)
{
macros.Zxx[i] = conf.Read<std::string>(U_("Zxx Macros"), MPT_UFORMAT("Z{}")(mpt::ufmt::HEX0<2>(i | 0x80)), macros.Zxx[i]);
}
// MRU list
Limit(mruListLength, 0u, 32u);
mruFiles.reserve(mruListLength);
for(uint32 i = 0; i < mruListLength; i++)
{
mpt::ustring key = MPT_UFORMAT("File{}")(i);
mpt::PathString path = theApp.PathInstallRelativeToAbsolute(conf.Read<mpt::PathString>(U_("Recent File List"), key, mpt::PathString()));
if(!path.empty())
{
mruFiles.push_back(path);
}
}
// Fixups:
// -------
const Version storedVersion = PreviousSettingsVersion;
// Version
if(!VersionInstallGUID.Get().IsValid())
{
// No UUID found - generate one.
VersionInstallGUID = mpt::UUID::Generate(mpt::global_prng());
}
// Plugins
if(storedVersion < MPT_V("1.19.03.01") && vstHostProductString.Get() == "OpenMPT")
{
vstHostVendorVersion = Version::Current().GetRawVersion();
}
if(storedVersion < MPT_V("1.30.00.24"))
{
BrokenPluginsWorkaroundVSTNeverUnloadAnyPlugin = !conf.Read<bool>(U_("VST Plugins"), U_("FullyUnloadPlugins"), true);
conf.Remove(U_("VST Plugins"), U_("FullyUnloadPlugins"));
}
// Sound Settings
if(storedVersion < MPT_V("1.22.07.30"))
{
if(conf.Read<bool>(U_("Sound Settings"), U_("KeepDeviceOpen"), false))
{
m_SoundSettingsStopMode = SoundDeviceStopModePlaying;
} else
{
m_SoundSettingsStopMode = SoundDeviceStopModeStopped;
}
}
if(storedVersion < MPT_V("1.22.07.04"))
{
std::vector<uint32> sampleRates = m_SoundSampleRates;
if(std::count(sampleRates.begin(), sampleRates.end(), MixerSamplerate) == 0)
{
sampleRates.push_back(MixerSamplerate);
std::sort(sampleRates.begin(), sampleRates.end());
std::reverse(sampleRates.begin(), sampleRates.end());
m_SoundSampleRates = sampleRates;
}
}
if(storedVersion < MPT_V("1.22.07.04"))
{
m_SoundDeviceID_DEPRECATED = conf.Read<SoundDevice::Legacy::ID>(U_("Sound Settings"), U_("WaveDevice"), SoundDevice::Legacy::ID());
Setting<uint32> m_BufferLength_DEPRECATED(conf, U_("Sound Settings"), U_("BufferLength"), 50);
Setting<uint32> m_LatencyMS(conf, U_("Sound Settings"), U_("Latency"), mpt::saturate_round<int32>(SoundDevice::Settings().Latency * 1000.0));
Setting<uint32> m_UpdateIntervalMS(conf, U_("Sound Settings"), U_("UpdateInterval"), mpt::saturate_round<int32>(SoundDevice::Settings().UpdateInterval * 1000.0));
Setting<SampleFormat> m_SampleFormat(conf, U_("Sound Settings"), U_("BitsPerSample"), SoundDevice::Settings().sampleFormat);
Setting<bool> m_SoundDeviceExclusiveMode(conf, U_("Sound Settings"), U_("ExclusiveMode"), SoundDevice::Settings().ExclusiveMode);
Setting<bool> m_SoundDeviceBoostThreadPriority(conf, U_("Sound Settings"), U_("BoostThreadPriority"), SoundDevice::Settings().BoostThreadPriority);
Setting<bool> m_SoundDeviceUseHardwareTiming(conf, U_("Sound Settings"), U_("UseHardwareTiming"), SoundDevice::Settings().UseHardwareTiming);
Setting<SoundDevice::ChannelMapping> m_SoundDeviceChannelMapping(conf, U_("Sound Settings"), U_("ChannelMapping"), SoundDevice::Settings().Channels);
if(storedVersion < MPT_V("1.21.01.26"))
{
if(m_BufferLength_DEPRECATED != 0)
{
if(m_BufferLength_DEPRECATED < 1) m_BufferLength_DEPRECATED = 1; // 1ms
if(m_BufferLength_DEPRECATED > 1000) m_BufferLength_DEPRECATED = 1000; // 1sec
if((m_SoundDeviceID_DEPRECATED & SoundDevice::Legacy::MaskType) == SoundDevice::Legacy::TypeASIO)
{
m_LatencyMS = m_BufferLength_DEPRECATED * 1;
m_UpdateIntervalMS = m_BufferLength_DEPRECATED / 8;
} else
{
m_LatencyMS = m_BufferLength_DEPRECATED * 3;
m_UpdateIntervalMS = m_BufferLength_DEPRECATED / 8;
}
if(!m_UpdateIntervalMS) m_UpdateIntervalMS = static_cast<uint32>(SoundDevice::Settings().UpdateInterval * 1000.0);
}
conf.Remove(m_BufferLength_DEPRECATED.GetPath());
}
if(storedVersion < MPT_V("1.22.01.03"))
{
m_SoundDeviceExclusiveMode = ((MixerFlags & OLD_SOUNDSETUP_SECONDARY) == 0);
}
if(storedVersion < MPT_V("1.22.01.03"))
{
m_SoundDeviceBoostThreadPriority = ((MixerFlags & OLD_SOUNDSETUP_NOBOOSTTHREADPRIORITY) == 0);
}
if(storedVersion < MPT_V("1.22.07.03"))
{
m_SoundDeviceChannelMapping = SoundDevice::ChannelMapping::BaseChannel(MixerOutputChannels, conf.Read<int>(U_("Sound Settings"), U_("ASIOBaseChannel"), 0));
}
m_SoundDeviceSettingsDefaults.Latency = m_LatencyMS / 1000.0;
m_SoundDeviceSettingsDefaults.UpdateInterval = m_UpdateIntervalMS / 1000.0;
m_SoundDeviceSettingsDefaults.Samplerate = MixerSamplerate;
if(m_SoundDeviceSettingsDefaults.Channels.GetNumHostChannels() != MixerOutputChannels)
{
// reset invalid channel mapping to default
m_SoundDeviceSettingsDefaults.Channels = SoundDevice::ChannelMapping(MixerOutputChannels);
}
m_SoundDeviceSettingsDefaults.InputChannels = 0;
m_SoundDeviceSettingsDefaults.sampleFormat = m_SampleFormat;
m_SoundDeviceSettingsDefaults.ExclusiveMode = m_SoundDeviceExclusiveMode;
m_SoundDeviceSettingsDefaults.BoostThreadPriority = m_SoundDeviceBoostThreadPriority;
m_SoundDeviceSettingsDefaults.UseHardwareTiming = m_SoundDeviceUseHardwareTiming;
m_SoundDeviceSettingsDefaults.InputSourceID = 0;
m_SoundDeviceSettingsUseOldDefaults = true;
}
if(storedVersion < MPT_V("1.28.00.41"))
{
// reset this setting to the default when updating,
// because we do not provide a GUI any more,
// and in general, it should not get changed anyway
ResamplerCutoffPercent = mpt::saturate_round<int32>(CResamplerSettings().gdWFIRCutoff * 100.0);
}
if(MixerSamplerate == 0)
{
MixerSamplerate = MixerSettings().gdwMixingFreq;
}
if(storedVersion < MPT_V("1.21.01.26"))
{
MixerFlags &= ~OLD_SOUNDSETUP_REVERSESTEREO;
}
if(storedVersion < MPT_V("1.22.01.03"))
{
MixerFlags &= ~OLD_SOUNDSETUP_SECONDARY;
}
if(storedVersion < MPT_V("1.22.01.03"))
{
MixerFlags &= ~OLD_SOUNDSETUP_NOBOOSTTHREADPRIORITY;
}
if(storedVersion < MPT_V("1.20.00.22"))
{
MixerSettings settings = GetMixerSettings();
settings.SetVolumeRampUpSamples(conf.Read<int32>(U_("Sound Settings"), U_("VolumeRampSamples"), 42));
settings.SetVolumeRampDownSamples(conf.Read<int32>(U_("Sound Settings"), U_("VolumeRampSamples"), 42));
SetMixerSettings(settings);
conf.Remove(U_("Sound Settings"), U_("VolumeRampSamples"));
} else if(storedVersion < MPT_V("1.22.07.18"))
{
MixerSettings settings = GetMixerSettings();
settings.SetVolumeRampUpSamples(conf.Read<int32>(U_("Sound Settings"), U_("VolumeRampUpSamples"), MixerSettings().GetVolumeRampUpSamples()));
settings.SetVolumeRampDownSamples(conf.Read<int32>(U_("Sound Settings"), U_("VolumeRampDownSamples"), MixerSettings().GetVolumeRampDownSamples()));
SetMixerSettings(settings);
}
Limit(ResamplerCutoffPercent, 0, 100);
if(storedVersion < MPT_V("1.29.00.11"))
{
MixerMaxChannels = MixerSettings().m_nMaxMixChannels; // reset to default on update because we removed the setting in the GUI
}
if(storedVersion < MPT_V("1.29.00.20"))
{
MixerDSPMask = MixerDSPMask & ~SNDDSP_BITCRUSH;
}
// Misc
if(defaultModType == MOD_TYPE_NONE)
{
defaultModType = MOD_TYPE_IT;
}
// MIDI Settings
if((m_dwMidiSetup & 0x40) != 0 && storedVersion < MPT_V("1.20.00.86"))
{
// This flag used to be "amplify MIDI Note Velocity" - with a fixed amplification factor of 2.
midiVelocityAmp = 200;
m_dwMidiSetup &= ~0x40;
}
// Pattern Editor
if(storedVersion < MPT_V("1.17.02.50"))
{
m_dwPatternSetup |= PATTERN_NOTEFADE;
}
if(storedVersion < MPT_V("1.17.03.01"))
{
m_dwPatternSetup |= PATTERN_RESETCHANNELS;
}
if(storedVersion < MPT_V("1.19.00.07"))
{
m_dwPatternSetup &= ~0x800; // this was previously deprecated and is now used for something else
}
if(storedVersion < MPT_V("1.20.00.04"))
{
m_dwPatternSetup &= ~0x200000; // ditto
}
if(storedVersion < MPT_V("1.20.00.07"))
{
m_dwPatternSetup &= ~0x400000; // ditto
}
if(storedVersion < MPT_V("1.20.00.39"))
{
m_dwPatternSetup &= ~0x10000000; // ditto
}
if(storedVersion < MPT_V("1.24.01.04"))
{
commentsFont = FontSetting(U_("Courier New"), (m_dwPatternSetup & 0x02) ? 120 : 90);
patternFont = FontSetting((m_dwPatternSetup & 0x08) ? PATTERNFONT_SMALL : PATTERNFONT_LARGE, 0);
m_dwPatternSetup &= ~(0x08 | 0x02);
}
if(storedVersion < MPT_V("1.25.00.08") && glGeneralWindowHeight < 222)
{
glGeneralWindowHeight += 44;
}
if(storedVersion < MPT_V("1.25.00.16") && (m_dwPatternSetup & 0x100000))
{
// Move MIDI recording to MIDI setup
m_dwPatternSetup &= ~0x100000;
m_dwMidiSetup |= MIDISETUP_ENABLE_RECORD_DEFAULT;
}
if(storedVersion < MPT_V("1.27.00.51"))
{
// Moving option out of pattern config
CreateBackupFiles = (m_dwPatternSetup & 0x200) != 0;
m_dwPatternSetup &= ~0x200;
}
// Export
if(storedVersion < MPT_V("1.30.00.38"))
{
{
conf.Write<Encoder::Mode>(U_("Export"), U_("FLAC_Mode"), Encoder::ModeLossless);
const int oldformat = conf.Read<int>(U_("Export"), U_("FLAC_Format"), 1);
Encoder::Format newformat = { Encoder::Format::Encoding::Integer, 24, mpt::get_endian() };
if (oldformat >= 0)
{
switch (oldformat % 3)
{
case 0:
newformat = { Encoder::Format::Encoding::Integer, 24, mpt::get_endian() };
break;
case 1:
newformat = { Encoder::Format::Encoding::Integer, 16, mpt::get_endian() };
break;
case 2:
newformat = { Encoder::Format::Encoding::Integer, 8, mpt::get_endian() };
break;
}
}
conf.Write<Encoder::Format>(U_("Export"), U_("FLAC_Format2"), newformat);
conf.Forget(U_("Export"), U_("FLAC_Format"));
}
{
conf.Write<Encoder::Mode>(U_("Export"), U_("Wave_Mode"), Encoder::ModeLossless);
const int oldformat = conf.Read<int>(U_("Export"), U_("Wave_Format"), 1);
Encoder::Format newformat = { Encoder::Format::Encoding::Float, 32, mpt::endian::little };
if (oldformat >= 0)
{
switch (oldformat % 6)
{
case 0:
newformat = { Encoder::Format::Encoding::Float, 64, mpt::endian::little };
break;
case 1:
newformat = { Encoder::Format::Encoding::Float, 32, mpt::endian::little };
break;
case 2:
newformat = { Encoder::Format::Encoding::Integer, 32, mpt::endian::little };
break;
case 3:
newformat = { Encoder::Format::Encoding::Integer, 24, mpt::endian::little };
break;
case 4:
newformat = { Encoder::Format::Encoding::Integer, 16, mpt::endian::little };
break;
case 5:
newformat = { Encoder::Format::Encoding::Unsigned, 8, mpt::endian::little };
break;
}
}
conf.Write<Encoder::Format>(U_("Export"), U_("Wave_Format2"), newformat);
conf.Forget(U_("Export"), U_("Wave_Format"));
}
{
conf.Write<Encoder::Mode>(U_("Export"), U_("AU_Mode"), Encoder::ModeLossless);
const int oldformat = conf.Read<int>(U_("Export"), U_("AU_Format"), 1);
Encoder::Format newformat = { Encoder::Format::Encoding::Float, 32, mpt::endian::big };
if(oldformat >= 0)
{
switch(oldformat % 6)
{
case 0:
newformat = { Encoder::Format::Encoding::Float, 64, mpt::endian::big };
break;
case 1:
newformat = { Encoder::Format::Encoding::Float, 32, mpt::endian::big };
break;
case 2:
newformat = { Encoder::Format::Encoding::Integer, 32, mpt::endian::big };
break;
case 3:
newformat = { Encoder::Format::Encoding::Integer, 24, mpt::endian::big };
break;
case 4:
newformat = { Encoder::Format::Encoding::Integer, 16, mpt::endian::big };
break;
case 5:
newformat = { Encoder::Format::Encoding::Integer, 8, mpt::endian::big };
break;
}
}
conf.Write<Encoder::Format>(U_("Export"), U_("AU_Format2"), newformat);
conf.Forget(U_("Export"), U_("AU_Format"));
}
{
conf.Write<Encoder::Mode>(U_("Export"), U_("RAW_Mode"), Encoder::ModeLossless);
const int oldformat = conf.Read<int>(U_("Export"), U_("RAW_Format"), 1);
Encoder::Format newformat = { Encoder::Format::Encoding::Float, 32, mpt::get_endian() };
if(oldformat >= 0)
{
switch(oldformat % 7)
{
case 0:
newformat = { Encoder::Format::Encoding::Float, 64, mpt::get_endian() };
break;
case 1:
newformat = { Encoder::Format::Encoding::Float, 32, mpt::get_endian() };
break;
case 2:
newformat = { Encoder::Format::Encoding::Integer, 32, mpt::get_endian() };
break;
case 3:
newformat = { Encoder::Format::Encoding::Integer, 24, mpt::get_endian() };
break;
case 4:
newformat = { Encoder::Format::Encoding::Integer, 16, mpt::get_endian() };
break;
case 5:
newformat = { Encoder::Format::Encoding::Integer, 8, mpt::get_endian() };
break;
case 6:
newformat = { Encoder::Format::Encoding::Unsigned, 8, mpt::get_endian() };
break;
}
}
conf.Write<Encoder::Format>(U_("Export"), U_("RAW_Format2"), newformat);
conf.Forget(U_("Export"), U_("RAW_Format"));
}
}
#if defined(MPT_ENABLE_UPDATE)
// Update
if(storedVersion < MPT_V("1.28.00.39"))
{
if(UpdateUpdateCheckPeriod_DEPRECATED <= 0)
{
UpdateEnabled = true;
UpdateIntervalDays = -1;
} else
{
UpdateEnabled = true;
UpdateIntervalDays = UpdateUpdateCheckPeriod_DEPRECATED.Get();
}
const auto url = UpdateUpdateURL_DEPRECATED.Get();
if(url.empty() ||
url == UL_("http://update.openmpt.org/check/$VERSION/$GUID") ||
url == UL_("https://update.openmpt.org/check/$VERSION/$GUID"))
{
UpdateChannel = UpdateChannelRelease;
} else if(url == UL_("http://update.openmpt.org/check/testing/$VERSION/$GUID") ||
url == UL_("https://update.openmpt.org/check/testing/$VERSION/$GUID"))
{
UpdateChannel = UpdateChannelDevelopment;
} else
{
UpdateChannel = UpdateChannelDevelopment;
}
UpdateStatistics = UpdateSendGUID_DEPRECATED.Get();
conf.Forget(UpdateUpdateCheckPeriod_DEPRECATED.GetPath());
conf.Forget(UpdateUpdateURL_DEPRECATED.GetPath());
conf.Forget(UpdateSendGUID_DEPRECATED.GetPath());
}
#endif // MPT_ENABLE_UPDATE
if(storedVersion < MPT_V("1.29.00.39"))
{
// ASIO device IDs are now normalized to upper-case in the device enumeration code.
// Previous device IDs could be mixed-case (as retrieved from the registry), which would make direct ID comparison fail now.
auto device = m_SoundDeviceIdentifier.Get();
if(device.substr(0, 5) == UL_("ASIO_"))
{
device = mpt::ToUpperCase(device);
m_SoundDeviceIdentifier = device;
}
}
// Effects
#ifndef NO_EQ
FixupEQ(m_EqSettings);
FixupEQ(m_EqUserPresets[0]);
FixupEQ(m_EqUserPresets[1]);
FixupEQ(m_EqUserPresets[2]);
FixupEQ(m_EqUserPresets[3]);
#endif // !NO_EQ
// Zxx Macros
if((MPT_V("1.17.00.00") <= storedVersion) && (storedVersion < MPT_V("1.20.00.00")))
{
// Fix old nasty broken (non-standard) MIDI configs in INI file.
macros.UpgradeMacros();
}
theApp.SetDefaultMidiMacro(macros);
// Paths
m_szKbdFile = theApp.PathInstallRelativeToAbsolute(m_szKbdFile);
// Sample undo buffer size (used to be a hidden, absolute setting in MiB)
int64 oldUndoSize = m_SampleUndoBufferSize.Get().GetSizeInPercent();
if(storedVersion < MPT_V("1.22.07.25") && oldUndoSize != SampleUndoBufferSize::defaultSize && oldUndoSize != 0)
{
m_SampleUndoBufferSize = SampleUndoBufferSize(static_cast<int32>(100 * (oldUndoSize << 20) / SampleUndoBufferSize(100).GetSizeInBytes()));
}
// More controls in the plugin selection dialog
if(storedVersion < MPT_V("1.26.00.26"))
{
gnPlugWindowHeight += 40;
}
// Sanitize resampling mode for sample editor
if(!Resampling::IsKnownMode(sampleEditorDefaultResampler) && sampleEditorDefaultResampler != SRCMODE_DEFAULT)
{
sampleEditorDefaultResampler = SRCMODE_DEFAULT;
}
// Migrate Tuning data
MigrateTunings(storedVersion);
// Sanitize MIDI import data
if(midiImportPatternLen < 1 || midiImportPatternLen > MAX_PATTERN_ROWS)
midiImportPatternLen = 128;
if(midiImportQuantize < 4 || midiImportQuantize > 256)
midiImportQuantize = 32;
if(midiImportTicks < 2 || midiImportTicks > 16)
midiImportTicks = 16;
// Last fixup: update config version
IniVersion = mpt::ufmt::val(Version::Current());
// Write updated settings
conf.Flush();
}
TrackerSettings::~TrackerSettings()
{
return;
}
namespace SoundDevice
{
namespace Legacy
{
SoundDevice::Info FindDeviceInfo(SoundDevice::Manager &manager, SoundDevice::Legacy::ID id)
{
if(manager.GetDeviceInfos().empty())
{
return SoundDevice::Info();
}
SoundDevice::Type type = SoundDevice::Type();
switch((id & SoundDevice::Legacy::MaskType) >> SoundDevice::Legacy::ShiftType)
{
case SoundDevice::Legacy::TypeWAVEOUT:
type = SoundDevice::TypeWAVEOUT;
break;
case SoundDevice::Legacy::TypeDSOUND:
type = SoundDevice::TypeDSOUND;
break;
case SoundDevice::Legacy::TypeASIO:
type = SoundDevice::TypeASIO;
break;
case SoundDevice::Legacy::TypePORTAUDIO_WASAPI:
type = SoundDevice::TypePORTAUDIO_WASAPI;
break;
case SoundDevice::Legacy::TypePORTAUDIO_WDMKS:
type = SoundDevice::TypePORTAUDIO_WDMKS;
break;
case SoundDevice::Legacy::TypePORTAUDIO_WMME:
type = SoundDevice::TypePORTAUDIO_WMME;
break;
case SoundDevice::Legacy::TypePORTAUDIO_DS:
type = SoundDevice::TypePORTAUDIO_DS;
break;
}
if(type.empty())
{ // fallback to first device
return *manager.begin();
}
std::size_t index = static_cast<uint8>((id & SoundDevice::Legacy::MaskIndex) >> SoundDevice::Legacy::ShiftIndex);
std::size_t seenDevicesOfDesiredType = 0;
for(const auto &info : manager)
{
if(info.type == type)
{
if(seenDevicesOfDesiredType == index)
{
if(!info.IsValid())
{ // fallback to first device
return *manager.begin();
}
return info;
}
seenDevicesOfDesiredType++;
}
}
// default to first device
return *manager.begin();
}
} // namespace Legacy
} // namespace SoundDevice
void TrackerSettings::MigrateOldSoundDeviceSettings(SoundDevice::Manager &manager)
{
if(m_SoundDeviceSettingsUseOldDefaults)
{
// get the old default device
SetSoundDeviceIdentifier(SoundDevice::Legacy::FindDeviceInfo(manager, m_SoundDeviceID_DEPRECATED).GetIdentifier());
// apply old global sound device settings to each found device
for(const auto &it : manager)
{
SetSoundDeviceSettings(it.GetIdentifier(), GetSoundDeviceSettingsDefaults());
}
}
}
void TrackerSettings::MigrateTunings(const Version storedVersion)
{
if(!PathTunings.GetDefaultDir().IsDirectory())
{
CreateDirectory(PathTunings.GetDefaultDir().AsNative().c_str(), 0);
}
if(!(PathTunings.GetDefaultDir() + P_("Built-in\\")).IsDirectory())
{
CreateDirectory((PathTunings.GetDefaultDir() + P_("Built-in\\")).AsNative().c_str(), 0);
}
if(!(PathTunings.GetDefaultDir() + P_("Locale\\")).IsDirectory())
{
CreateDirectory((PathTunings.GetDefaultDir() + P_("Local\\")).AsNative().c_str(), 0);
}
{
mpt::PathString fn = PathTunings.GetDefaultDir() + P_("Built-in\\12TET.tun");
if(!fn.FileOrDirectoryExists())
{
std::unique_ptr<CTuning> pT = CSoundFile::CreateTuning12TET(U_("12TET"));
mpt::SafeOutputFile sf(fn, std::ios::binary, mpt::FlushMode::Full);
pT->Serialize(sf);
}
}
{
mpt::PathString fn = PathTunings.GetDefaultDir() + P_("Built-in\\12TET [[fs15 1.17.02.49]].tun");
if(!fn.FileOrDirectoryExists())
{
std::unique_ptr<CTuning> pT = CSoundFile::CreateTuning12TET(U_("12TET [[fs15 1.17.02.49]]"));
mpt::SafeOutputFile sf(fn, std::ios::binary, mpt::FlushMode::Full);
pT->Serialize(sf);
}
}
oldLocalTunings = LoadLocalTunings();
if(storedVersion < MPT_V("1.27.00.56"))
{
UnpackTuningCollection(*oldLocalTunings, PathTunings.GetDefaultDir() + P_("Local\\"));
}
}
std::unique_ptr<CTuningCollection> TrackerSettings::LoadLocalTunings()
{
std::unique_ptr<CTuningCollection> s_pTuningsSharedLocal = std::make_unique<CTuningCollection>();
mpt::ifstream f(
PathTunings.GetDefaultDir()
+ P_("local_tunings")
+ mpt::PathString::FromUTF8(CTuningCollection::s_FileExtension)
, std::ios::binary);
if(f.good())
{
mpt::ustring dummyName;
s_pTuningsSharedLocal->Deserialize(f, dummyName, TuningCharsetFallback);
}
return s_pTuningsSharedLocal;
}
struct StoredSoundDeviceSettings
{
private:
SettingsContainer &conf;
const SoundDevice::Info deviceInfo;
private:
Setting<uint32> LatencyUS;
Setting<uint32> UpdateIntervalUS;
Setting<uint32> Samplerate;
Setting<uint8> ChannelsOld; // compatibility with older versions
Setting<SoundDevice::ChannelMapping> ChannelMapping;
Setting<uint8> InputChannels;
Setting<SampleFormat> sampleFormat;
Setting<bool> ExclusiveMode;
Setting<bool> BoostThreadPriority;
Setting<bool> KeepDeviceRunning;
Setting<bool> UseHardwareTiming;
Setting<int32> DitherType;
Setting<uint32> InputSourceID;
public:
StoredSoundDeviceSettings(SettingsContainer &conf, const SoundDevice::Info & deviceInfo, const SoundDevice::Settings & defaults)
: conf(conf)
, deviceInfo(deviceInfo)
, LatencyUS(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("Latency"), mpt::saturate_round<int32>(defaults.Latency * 1000000.0))
, UpdateIntervalUS(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("UpdateInterval"), mpt::saturate_round<int32>(defaults.UpdateInterval * 1000000.0))
, Samplerate(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("SampleRate"), defaults.Samplerate)
, ChannelsOld(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("Channels"), mpt::saturate_cast<uint8>((int)defaults.Channels))
, ChannelMapping(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("ChannelMapping"), defaults.Channels)
, InputChannels(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("InputChannels"), defaults.InputChannels)
, sampleFormat(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("SampleFormat"), defaults.sampleFormat)
, ExclusiveMode(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("ExclusiveMode"), defaults.ExclusiveMode)
, BoostThreadPriority(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("BoostThreadPriority"), defaults.BoostThreadPriority)
, KeepDeviceRunning(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("KeepDeviceRunning"), defaults.KeepDeviceRunning)
, UseHardwareTiming(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("UseHardwareTiming"), defaults.UseHardwareTiming)
, DitherType(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("DitherType"), static_cast<int32>(defaults.DitherType))
, InputSourceID(conf, U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("InputSourceID"), defaults.InputSourceID)
{
if(ChannelMapping.Get().GetNumHostChannels() != ChannelsOld)
{
// If the stored channel count and the count of channels used in the channel mapping do not match,
// construct a default mapping from the channel count.
ChannelMapping = SoundDevice::ChannelMapping(ChannelsOld);
}
// store informational data (not read back, just to allow the user to mock with the raw ini file)
conf.Write(U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("Type"), deviceInfo.type);
conf.Write(U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("InternalID"), deviceInfo.internalID);
conf.Write(U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("API"), deviceInfo.apiName);
conf.Write(U_("Sound Settings"), deviceInfo.GetIdentifier() + U_("_") + U_("Name"), deviceInfo.name);
}
StoredSoundDeviceSettings & operator = (const SoundDevice::Settings &settings)
{
LatencyUS = mpt::saturate_round<int32>(settings.Latency * 1000000.0);
UpdateIntervalUS = mpt::saturate_round<int32>(settings.UpdateInterval * 1000000.0);
Samplerate = settings.Samplerate;
ChannelsOld = mpt::saturate_cast<uint8>((int)settings.Channels);
ChannelMapping = settings.Channels;
InputChannels = settings.InputChannels;
sampleFormat = settings.sampleFormat;
ExclusiveMode = settings.ExclusiveMode;
BoostThreadPriority = settings.BoostThreadPriority;
KeepDeviceRunning = settings.KeepDeviceRunning;
UseHardwareTiming = settings.UseHardwareTiming;
DitherType = static_cast<int32>(settings.DitherType);
InputSourceID = settings.InputSourceID;
return *this;
}
operator SoundDevice::Settings () const
{
SoundDevice::Settings settings;
settings.Latency = LatencyUS / 1000000.0;
settings.UpdateInterval = UpdateIntervalUS / 1000000.0;
settings.Samplerate = Samplerate;
settings.Channels = ChannelMapping;
settings.InputChannels = InputChannels;
settings.sampleFormat = sampleFormat;
settings.ExclusiveMode = ExclusiveMode;
settings.BoostThreadPriority = BoostThreadPriority;
settings.KeepDeviceRunning = KeepDeviceRunning;
settings.UseHardwareTiming = UseHardwareTiming;
settings.DitherType = DitherType;
settings.InputSourceID = InputSourceID;
return settings;
}
};
SoundDevice::Settings TrackerSettings::GetSoundDeviceSettingsDefaults() const
{
return m_SoundDeviceSettingsDefaults;
}
SoundDevice::Identifier TrackerSettings::GetSoundDeviceIdentifier() const
{
return m_SoundDeviceIdentifier;
}
void TrackerSettings::SetSoundDeviceIdentifier(const SoundDevice::Identifier &identifier)
{
m_SoundDeviceIdentifier = identifier;
}
SoundDevice::Settings TrackerSettings::GetSoundDeviceSettings(const SoundDevice::Identifier &device) const
{
const SoundDevice::Info deviceInfo = theApp.GetSoundDevicesManager()->FindDeviceInfo(device);
if(!deviceInfo.IsValid())
{
return SoundDevice::Settings();
}
const SoundDevice::Caps deviceCaps = theApp.GetSoundDevicesManager()->GetDeviceCaps(device, CMainFrame::GetMainFrame()->gpSoundDevice);
SoundDevice::Settings settings = StoredSoundDeviceSettings(conf, deviceInfo, deviceCaps.DefaultSettings);
return settings;
}
void TrackerSettings::SetSoundDeviceSettings(const SoundDevice::Identifier &device, const SoundDevice::Settings &settings)
{
const SoundDevice::Info deviceInfo = theApp.GetSoundDevicesManager()->FindDeviceInfo(device);
if(!deviceInfo.IsValid())
{
return;
}
const SoundDevice::Caps deviceCaps = theApp.GetSoundDevicesManager()->GetDeviceCaps(device, CMainFrame::GetMainFrame()->gpSoundDevice);
StoredSoundDeviceSettings(conf, deviceInfo, deviceCaps.DefaultSettings) = settings;
}
MixerSettings TrackerSettings::GetMixerSettings() const
{
MixerSettings settings;
settings.m_nMaxMixChannels = MixerMaxChannels;
settings.DSPMask = MixerDSPMask;
settings.MixerFlags = MixerFlags;
settings.gdwMixingFreq = MixerSamplerate;
settings.gnChannels = MixerOutputChannels;
settings.m_nPreAmp = MixerPreAmp;
settings.m_nStereoSeparation = MixerStereoSeparation;
settings.VolumeRampUpMicroseconds = MixerVolumeRampUpMicroseconds;
settings.VolumeRampDownMicroseconds = MixerVolumeRampDownMicroseconds;
settings.NumInputChannels = MixerNumInputChannels;
return settings;
}
void TrackerSettings::SetMixerSettings(const MixerSettings &settings)
{
MixerMaxChannels = settings.m_nMaxMixChannels;
MixerDSPMask = settings.DSPMask;
MixerFlags = settings.MixerFlags;
MixerSamplerate = settings.gdwMixingFreq;
MixerOutputChannels = settings.gnChannels;
MixerPreAmp = settings.m_nPreAmp;
MixerStereoSeparation = settings.m_nStereoSeparation;
MixerVolumeRampUpMicroseconds = settings.VolumeRampUpMicroseconds;
MixerVolumeRampDownMicroseconds = settings.VolumeRampDownMicroseconds;
MixerNumInputChannels = static_cast<uint32>(settings.NumInputChannels);
}
CResamplerSettings TrackerSettings::GetResamplerSettings() const
{
CResamplerSettings settings;
settings.SrcMode = ResamplerMode;
settings.gbWFIRType = ResamplerSubMode;
settings.gdWFIRCutoff = ResamplerCutoffPercent * 0.01;
settings.emulateAmiga = ResamplerEmulateAmiga;
return settings;
}
void TrackerSettings::SetResamplerSettings(const CResamplerSettings &settings)
{
ResamplerMode = settings.SrcMode;
ResamplerSubMode = settings.gbWFIRType;
ResamplerCutoffPercent = mpt::saturate_round<int32>(settings.gdWFIRCutoff * 100.0);
ResamplerEmulateAmiga = settings.emulateAmiga;
}
void TrackerSettings::GetDefaultColourScheme(std::array<COLORREF, MAX_MODCOLORS> &colours)
{
colours[MODCOLOR_BACKNORMAL] = RGB(0xFF, 0xFF, 0xFF);
colours[MODCOLOR_TEXTNORMAL] = RGB(0x00, 0x00, 0x00);
colours[MODCOLOR_BACKCURROW] = RGB(0xC0, 0xC0, 0xC0);
colours[MODCOLOR_TEXTCURROW] = RGB(0x00, 0x00, 0x00);
colours[MODCOLOR_BACKSELECTED] = RGB(0x00, 0x00, 0x00);
colours[MODCOLOR_TEXTSELECTED] = RGB(0xFF, 0xFF, 0xFF);
colours[MODCOLOR_SAMPLE] = RGB(0xFF, 0x00, 0x00);
colours[MODCOLOR_BACKPLAYCURSOR] = RGB(0xFF, 0xFF, 0x80);
colours[MODCOLOR_TEXTPLAYCURSOR] = RGB(0x00, 0x00, 0x00);
colours[MODCOLOR_BACKHILIGHT] = RGB(0xE0, 0xE8, 0xE0);
// Effect Colors
colours[MODCOLOR_NOTE] = RGB(0x00, 0x00, 0x80);
colours[MODCOLOR_INSTRUMENT] = RGB(0x00, 0x80, 0x80);
colours[MODCOLOR_VOLUME] = RGB(0x00, 0x80, 0x00);
colours[MODCOLOR_PANNING] = RGB(0x00, 0x80, 0x80);
colours[MODCOLOR_PITCH] = RGB(0x80, 0x80, 0x00);
colours[MODCOLOR_GLOBALS] = RGB(0x80, 0x00, 0x00);
// VU-Meters
colours[MODCOLOR_VUMETER_LO] = RGB(0x00, 0xC8, 0x00);
colours[MODCOLOR_VUMETER_MED] = RGB(0xFF, 0xC8, 0x00);
colours[MODCOLOR_VUMETER_HI] = RGB(0xE1, 0x00, 0x00);
colours[MODCOLOR_VUMETER_LO_VST] = RGB(0x18, 0x96, 0xE1);
colours[MODCOLOR_VUMETER_MED_VST] = RGB(0xFF, 0xC8, 0x00);
colours[MODCOLOR_VUMETER_HI_VST] = RGB(0xE1, 0x00, 0x00);
// Channel separators
colours[MODCOLOR_SEPSHADOW] = GetSysColor(COLOR_BTNSHADOW);
colours[MODCOLOR_SEPFACE] = GetSysColor(COLOR_BTNFACE);
colours[MODCOLOR_SEPHILITE] = GetSysColor(COLOR_BTNHIGHLIGHT);
// Pattern blend colour
colours[MODCOLOR_BLENDCOLOR] = GetSysColor(COLOR_BTNFACE);
// Dodgy commands
colours[MODCOLOR_DODGY_COMMANDS] = RGB(0xC0, 0x00, 0x00);
// Sample / instrument editor
colours[MODCOLOR_BACKSAMPLE] = RGB(0x00, 0x00, 0x00);
colours[MODCOLOR_SAMPLESELECTED] = RGB(0xFF, 0xFF, 0xFF);
colours[MODCOLOR_BACKENV] = RGB(0x00, 0x00, 0x00);
colours[MODCOLOR_ENVELOPES] = RGB(0x00, 0x00, 0xFF);
colours[MODCOLOR_ENVELOPE_RELEASE] = RGB(0xFF, 0xFF, 0x00);
colours[MODCOLOR_SAMPLE_LOOPMARKER] = RGB(0x30, 0xCC, 0x30);
colours[MODCOLOR_SAMPLE_SUSTAINMARKER] = RGB(50, 0xCC, 0xCC);
colours[MODCOLOR_SAMPLE_CUEPOINT] = RGB(0xFF, 0xCC, 0x30);
}
#ifndef NO_EQ
void TrackerSettings::FixupEQ(EQPreset &eqSettings)
{
for(UINT i = 0; i < MAX_EQ_BANDS; i++)
{
if(eqSettings.Gains[i] > 32)
eqSettings.Gains[i] = 16;
if((eqSettings.Freqs[i] < 100) || (eqSettings.Freqs[i] > 10000))
eqSettings.Freqs[i] = FlatEQPreset.Freqs[i];
}
mpt::String::SetNullTerminator(eqSettings.szName);
}
#endif // !NO_EQ
void TrackerSettings::SaveSettings()
{
WINDOWPLACEMENT wpl;
wpl.length = sizeof(WINDOWPLACEMENT);
CMainFrame::GetMainFrame()->GetWindowPlacement(&wpl);
conf.Write<WINDOWPLACEMENT>(U_("Display"), U_("WindowPlacement"), wpl);
conf.Write<int32>(U_("Pattern Editor"), U_("NumClipboards"), mpt::saturate_cast<int32>(PatternClipboard::GetClipboardSize()));
// Effects
#ifndef NO_DSP
conf.Write<int32>(U_("Effects"), U_("XBassDepth"), m_MegaBassSettings.m_nXBassDepth);
conf.Write<int32>(U_("Effects"), U_("XBassRange"), m_MegaBassSettings.m_nXBassRange);
#endif
#ifndef NO_REVERB
conf.Write<int32>(U_("Effects"), U_("ReverbDepth"), m_ReverbSettings.m_nReverbDepth);
conf.Write<int32>(U_("Effects"), U_("ReverbType"), m_ReverbSettings.m_nReverbType);
#endif
#ifndef NO_DSP
conf.Write<int32>(U_("Effects"), U_("ProLogicDepth"), m_SurroundSettings.m_nProLogicDepth);
conf.Write<int32>(U_("Effects"), U_("ProLogicDelay"), m_SurroundSettings.m_nProLogicDelay);
#endif
#ifndef NO_EQ
conf.Write<EQPreset>(U_("Effects"), U_("EQ_Settings"), m_EqSettings);
conf.Write<EQPreset>(U_("Effects"), U_("EQ_User1"), m_EqUserPresets[0]);
conf.Write<EQPreset>(U_("Effects"), U_("EQ_User2"), m_EqUserPresets[1]);
conf.Write<EQPreset>(U_("Effects"), U_("EQ_User3"), m_EqUserPresets[2]);
conf.Write<EQPreset>(U_("Effects"), U_("EQ_User4"), m_EqUserPresets[3]);
#endif
#ifndef NO_DSP
conf.Write<int32>(U_("Effects"), U_("BitCrushBits"), m_BitCrushSettings.m_Bits);
#endif
// Display (Colors)
for(int ncol = 0; ncol < MAX_MODCOLORS; ncol++)
{
conf.Write<uint32>(U_("Display"), MPT_UFORMAT("Color{}")(mpt::ufmt::dec0<2>(ncol)), rgbCustomColors[ncol]);
}
// Paths
// Obsolete, since we always write to Keybindings.mkb now.
// Older versions of OpenMPT 1.18+ will look for this file if this entry is missing, so removing this entry after having read it is kind of backwards compatible.
conf.Remove(U_("Paths"), U_("Key_Config_File"));
// Chords
SaveChords(Chords);
// Save default macro configuration
MIDIMacroConfig macros;
theApp.GetDefaultMidiMacro(macros);
for(int isfx = 0; isfx < kSFxMacros; isfx++)
{
conf.Write<std::string>(U_("Zxx Macros"), MPT_UFORMAT("SF{}")(mpt::ufmt::HEX(isfx)), macros.SFx[isfx]);
}
for(int izxx = 0; izxx < kZxxMacros; izxx++)
{
conf.Write<std::string>(U_("Zxx Macros"), MPT_UFORMAT("Z{}")(mpt::ufmt::HEX0<2>(izxx | 0x80)), macros.Zxx[izxx]);
}
// MRU list
for(uint32 i = 0; i < (ID_MRU_LIST_LAST - ID_MRU_LIST_FIRST + 1); i++)
{
mpt::ustring key = MPT_UFORMAT("File{}")(i);
if(i < mruFiles.size())
{
mpt::PathString path = mruFiles[i];
if(theApp.IsPortableMode())
{
path = theApp.PathAbsoluteToInstallRelative(path);
}
conf.Write<mpt::PathString>(U_("Recent File List"), key, path);
} else
{
conf.Remove(U_("Recent File List"), key);
}
}
}
bool TrackerSettings::IsComponentBlocked(const std::string &key)
{
return Setting<bool>(conf, U_("Components"), U_("Block") + mpt::ToUnicode(mpt::Charset::ASCII, key), ComponentManagerSettingsDefault().IsBlocked(key));
}
std::vector<uint32> TrackerSettings::GetSampleRates() const
{
return m_SoundSampleRates;
}
std::vector<uint32> TrackerSettings::GetDefaultSampleRates()
{
return std::vector<uint32>{
192000,
176400,
96000,
88200,
48000,
44100,
32000,
24000,
22050,
16000,
11025,
8000
};
}
////////////////////////////////////////////////////////////////////////////////
// Chords
void TrackerSettings::LoadChords(MPTChords &chords)
{
for(std::size_t i = 0; i < std::size(chords); i++)
{
uint32 chord;
mpt::ustring noteName = MPT_UFORMAT("{}{}")(mpt::ustring(NoteNamesSharp[i % 12]), i / 12);
if((chord = conf.Read<int32>(U_("Chords"), noteName, -1)) != uint32(-1))
{
if((chord & 0xFFFFFFC0) || chords[i].notes[0] == MPTChord::noNote)
{
chords[i].key = (uint8)(chord & 0x3F);
int shift = 6;
for(auto &note : chords[i].notes)
{
// Extract 6 bits and sign-extend to 8 bits
const int signBit = ((chord >> (shift + 5)) & 1);
note = static_cast<MPTChord::NoteType>(((chord >> shift) & 0x3F) | (0xC0 * signBit));
shift += 6;
if(note == 0)
note = MPTChord::noNote;
else if(note > 0)
note--;
}
}
}
}
}
void TrackerSettings::SaveChords(MPTChords &chords)
{
for(std::size_t i = 0; i < std::size(chords); i++)
{
auto notes = chords[i].notes;
for(auto &note : notes)
{
if(note == MPTChord::noNote)
note = 0;
else if(note >= 0)
note++;
note &= 0x3F;
}
int32 s = (chords[i].key) | (notes[0] << 6) | (notes[1] << 12) | (notes[2] << 18);
mpt::ustring noteName = MPT_UFORMAT("{}{}")(mpt::ustring(NoteNamesSharp[i % 12]), i / 12);
conf.Write<int32>(U_("Chords"), noteName, s);
}
}
void TrackerSettings::SetMIDIDevice(UINT id)
{
m_nMidiDevice = id;
MIDIINCAPS mic;
mic.szPname[0] = 0;
if(midiInGetDevCaps(id, &mic, sizeof(mic)) == MMSYSERR_NOERROR)
{
midiDeviceName = mic.szPname;
}
}
UINT TrackerSettings::GetCurrentMIDIDevice()
{
if(midiDeviceName.Get().IsEmpty())
return m_nMidiDevice;
CString deviceName = midiDeviceName;
deviceName.TrimRight();
MIDIINCAPS mic;
UINT candidate = m_nMidiDevice, numDevs = midiInGetNumDevs();
for(UINT i = 0; i < numDevs; i++)
{
mic.szPname[0] = 0;
if(midiInGetDevCaps(i, &mic, sizeof(mic)) != MMSYSERR_NOERROR)
continue;
// Some device names have trailing spaces (e.g. "USB MIDI Interface "), but those may get lost in our settings framework.
mpt::String::SetNullTerminator(mic.szPname);
size_t strLen = _tcslen(mic.szPname);
while(strLen-- > 0)
{
if(mic.szPname[strLen] == _T(' '))
mic.szPname[strLen] = 0;
else
break;
}
if(CString(mic.szPname) == deviceName)
{
candidate = i;
numDevs = m_nMidiDevice + 1;
// If the same device name exists twice, try to match both device number and name
if(candidate == m_nMidiDevice)
return candidate;
}
}
// If the device changed its ID, update it now.
m_nMidiDevice = candidate;
return candidate;
}
mpt::ustring IgnoredCCsToString(const std::bitset<128> &midiIgnoreCCs)
{
mpt::ustring cc;
bool first = true;
for(int i = 0; i < 128; i++)
{
if(midiIgnoreCCs[i])
{
if(!first)
{
cc += U_(",");
}
cc += mpt::ufmt::val(i);
first = false;
}
}
return cc;
}
std::bitset<128> StringToIgnoredCCs(const mpt::ustring &in)
{
CString cc = mpt::ToCString(in);
std::bitset<128> midiIgnoreCCs;
midiIgnoreCCs.reset();
int curPos = 0;
CString ccToken = cc.Tokenize(_T(", "), curPos);
while(ccToken != _T(""))
{
int ccNumber = ConvertStrTo<int>(ccToken);
if(ccNumber >= 0 && ccNumber <= 127)
midiIgnoreCCs.set(ccNumber);
ccToken = cc.Tokenize(_T(", "), curPos);
}
return midiIgnoreCCs;
}
DefaultAndWorkingDirectory::DefaultAndWorkingDirectory()
{
return;
}
DefaultAndWorkingDirectory::DefaultAndWorkingDirectory(const mpt::PathString &def)
: m_Default(def)
, m_Working(def)
{
return;
}
DefaultAndWorkingDirectory::~DefaultAndWorkingDirectory()
{
return;
}
void DefaultAndWorkingDirectory::SetDefaultDir(const mpt::PathString &filenameFrom, bool stripFilename)
{
if(InternalSet(m_Default, filenameFrom, stripFilename) && !m_Default.empty())
{
// When updating default directory, also update the working directory.
InternalSet(m_Working, filenameFrom, stripFilename);
}
}
void DefaultAndWorkingDirectory::SetWorkingDir(const mpt::PathString &filenameFrom, bool stripFilename)
{
InternalSet(m_Working, filenameFrom, stripFilename);
}
mpt::PathString DefaultAndWorkingDirectory::GetDefaultDir() const
{
return m_Default;
}
mpt::PathString DefaultAndWorkingDirectory::GetWorkingDir() const
{
return m_Working;
}
// Retrieve / set default directory from given string and store it our setup variables
// If stripFilename is true, the filenameFrom parameter is assumed to be a full path including a filename.
// Return true if the value changed.
bool DefaultAndWorkingDirectory::InternalSet(mpt::PathString &dest, const mpt::PathString &filenameFrom, bool stripFilename)
{
mpt::PathString newPath = (stripFilename ? filenameFrom.GetPath() : filenameFrom);
newPath.EnsureTrailingSlash();
mpt::PathString oldPath = dest;
dest = newPath;
return newPath != oldPath;
}
ConfigurableDirectory::ConfigurableDirectory(SettingsContainer &conf, const AnyStringLocale &section, const AnyStringLocale &key, const mpt::PathString &def)
: conf(conf)
, m_Setting(conf, section, key, def)
{
SetDefaultDir(theApp.PathInstallRelativeToAbsolute(m_Setting), false);
}
ConfigurableDirectory::~ConfigurableDirectory()
{
m_Setting = theApp.IsPortableMode() ? theApp.PathAbsoluteToInstallRelative(m_Default) : m_Default;
}
OPENMPT_NAMESPACE_END
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