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winamp/Src/external_dependencies/openmpt-trunk/mptrack/TrackerSettings.h
Jef f2d940131e Initial community commit
2024-09-24 14:54:57 +02:00

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/*
* TrackerSettings.h
* -----------------
* Purpose: Header file for application setting handling.
* Notes : (currently none)
* Authors: Olivier Lapicque
* OpenMPT Devs
* The OpenMPT source code is released under the BSD license. Read LICENSE for more details.
*/
#pragma once
#include "openmpt/all/BuildSettings.hpp"
#include "mpt/uuid/uuid.hpp"
#include "../common/Logging.h"
#include "../common/version.h"
#include "openmpt/soundbase/SampleFormat.hpp"
#include "../soundlib/MixerSettings.h"
#include "../soundlib/Resampler.h"
#include "../sounddsp/EQ.h"
#include "../sounddsp/DSP.h"
#include "../sounddsp/Reverb.h"
#include "openmpt/sounddevice/SoundDevice.hpp"
#include "StreamEncoderSettings.h"
#include "Settings.h"
#include <array>
#include <bitset>
OPENMPT_NAMESPACE_BEGIN
namespace SoundDevice {
class Manager;
} // namespace SoundDevice
namespace Tuning {
class CTuningCollection;
} // namespace Tuning
using CTuningCollection = Tuning::CTuningCollection;
// User-defined colors
enum ModColor : uint8
{
MODCOLOR_BACKNORMAL = 0,
MODCOLOR_TEXTNORMAL,
MODCOLOR_BACKCURROW,
MODCOLOR_TEXTCURROW,
MODCOLOR_BACKSELECTED,
MODCOLOR_TEXTSELECTED,
MODCOLOR_SAMPLE,
MODCOLOR_BACKPLAYCURSOR,
MODCOLOR_TEXTPLAYCURSOR,
MODCOLOR_BACKHILIGHT,
MODCOLOR_NOTE,
MODCOLOR_INSTRUMENT,
MODCOLOR_VOLUME,
MODCOLOR_PANNING,
MODCOLOR_PITCH,
MODCOLOR_GLOBALS,
MODCOLOR_ENVELOPES,
MODCOLOR_VUMETER_LO,
MODCOLOR_VUMETER_MED,
MODCOLOR_VUMETER_HI,
MODCOLOR_SEPSHADOW,
MODCOLOR_SEPFACE,
MODCOLOR_SEPHILITE,
MODCOLOR_BLENDCOLOR,
MODCOLOR_DODGY_COMMANDS,
MODCOLOR_BACKSAMPLE,
MODCOLOR_SAMPLESELECTED,
MODCOLOR_BACKENV,
MODCOLOR_VUMETER_LO_VST,
MODCOLOR_VUMETER_MED_VST,
MODCOLOR_VUMETER_HI_VST,
MODCOLOR_ENVELOPE_RELEASE,
MODCOLOR_SAMPLE_LOOPMARKER,
MODCOLOR_SAMPLE_SUSTAINMARKER,
MODCOLOR_SAMPLE_CUEPOINT,
MAX_MODCOLORS,
// Internal color codes (not saved to color preset files)
MODCOLOR_2NDHIGHLIGHT,
MODCOLOR_DEFAULTVOLUME,
MODCOLOR_DUMMYCOMMAND,
MAX_MODPALETTECOLORS
};
// Pattern Setup (contains also non-pattern related settings)
// Feel free to replace the deprecated flags by new flags, but be sure to
// update TrackerSettings::TrackerSettings() as well.
#define PATTERN_PLAYNEWNOTE 0x01 // play new notes while recording
#define PATTERN_SMOOTHSCROLL 0x02 // scroll tick by tick, not row by row
#define PATTERN_STDHIGHLIGHT 0x04 // enable primary highlight (measures)
#define PATTERN_NOFOLLOWONCLICK 0x08 // disable song follow when clicking into pattern
#define PATTERN_CENTERROW 0x10 // always center active row
#define PATTERN_WRAP 0x20 // wrap around cursor in editor
#define PATTERN_EFFECTHILIGHT 0x40 // effect syntax highlighting
#define PATTERN_HEXDISPLAY 0x80 // display row number in hex
#define PATTERN_FLATBUTTONS 0x100 // flat toolbar buttons
#define PATTERN_PLAYNAVIGATEROW 0x200 // play whole row when navigating
#define PATTERN_SINGLEEXPAND 0x400 // single click to expand tree
#define PATTERN_PLAYEDITROW 0x800 // play all notes on the current row while entering notes
#define PATTERN_NOEXTRALOUD 0x1000 // no loud samples in sample editor
#define PATTERN_DRAGNDROPEDIT 0x2000 // enable drag and drop editing
#define PATTERN_2NDHIGHLIGHT 0x4000 // activate secondary highlight (beats)
#define PATTERN_MUTECHNMODE 0x8000 // ignore muted channels
#define PATTERN_SHOWPREVIOUS 0x10000 // show prev/next patterns
#define PATTERN_CONTSCROLL 0x20000 // continous pattern scrolling
#define PATTERN_KBDNOTEOFF 0x40000 // Record note-off events
#define PATTERN_FOLLOWSONGOFF 0x80000 // follow song off by default
#define PATTERN_PLAYTRANSPOSE 0x100000 // Preview note transposition
#define PATTERN_NOCLOSEDIALOG 0x200000 // Don't use OpenMPT's custom close dialog with a list of saved files when closing the main window
#define PATTERN_DBLCLICKSELECT 0x400000 // Double-clicking pattern selects whole channel
#define PATTERN_OLDCTXMENUSTYLE 0x800000 // Hide pattern context menu entries instead of greying them out.
#define PATTERN_SYNCMUTE 0x1000000 // maintain sample sync on mute
#define PATTERN_AUTODELAY 0x2000000 // automatically insert delay commands in pattern when entering notes
#define PATTERN_NOTEFADE 0x4000000 // alt. note fade behaviour when entering notes
#define PATTERN_OVERFLOWPASTE 0x8000000 // continue paste in the next pattern instead of cutting off
#define PATTERN_SHOWDEFAULTVOLUME 0x10000000 // if there is no volume command next to note+instr, display the sample's default volume.
#define PATTERN_RESETCHANNELS 0x20000000 // reset channels when looping
#define PATTERN_LIVEUPDATETREE 0x40000000 // update active sample / instr icons in treeview
#define PATTERN_SYNCSAMPLEPOS 0x80000000 // sync sample positions when seeking
#define PATTERNFONT_SMALL UL_("@1")
#define PATTERNFONT_LARGE UL_("@2")
// MIDI Setup
#define MIDISETUP_RECORDVELOCITY 0x01 // Record MIDI velocity
#define MIDISETUP_TRANSPOSEKEYBOARD 0x02 // Apply transpose value to MIDI Notes
#define MIDISETUP_MIDITOPLUG 0x04 // Pass MIDI messages to plugins
#define MIDISETUP_MIDIVOL_TO_NOTEVOL 0x08 // Combine MIDI volume to note velocity
#define MIDISETUP_RECORDNOTEOFF 0x10 // Record MIDI Note Off to pattern
#define MIDISETUP_RESPONDTOPLAYCONTROLMSGS 0x20 // Respond to Restart/Continue/Stop MIDI commands
#define MIDISETUP_MIDIMACROCONTROL 0x80 // Record MIDI controller changes a MIDI macro changes in pattern
#define MIDISETUP_PLAYPATTERNONMIDIIN 0x100 // Play pattern if MIDI Note is received and playback is paused
#define MIDISETUP_ENABLE_RECORD_DEFAULT 0x200 // Enable MIDI recording by default
#define MIDISETUP_MIDIMACROPITCHBEND 0x400 // Record MIDI pitch bend messages a MIDI macro changes in pattern
#ifndef NO_EQ
// EQ
struct EQPresetPacked
{
char szName[12]; // locale encoding
uint32le Gains[MAX_EQ_BANDS];
uint32le Freqs[MAX_EQ_BANDS];
};
MPT_BINARY_STRUCT(EQPresetPacked, 60)
struct EQPreset
{
char szName[12]; // locale encoding
uint32 Gains[MAX_EQ_BANDS];
uint32 Freqs[MAX_EQ_BANDS];
};
template<> inline SettingValue ToSettingValue(const EQPreset &val)
{
EQPresetPacked valpacked;
std::memcpy(valpacked.szName, val.szName, std::size(valpacked.szName));
std::copy(val.Gains, val.Gains + MAX_EQ_BANDS, valpacked.Gains);
std::copy(val.Freqs, val.Freqs + MAX_EQ_BANDS, valpacked.Freqs);
return SettingValue(EncodeBinarySetting<EQPresetPacked>(valpacked), "EQPreset");
}
template<> inline EQPreset FromSettingValue(const SettingValue &val)
{
ASSERT(val.GetTypeTag() == "EQPreset");
EQPresetPacked valpacked = DecodeBinarySetting<EQPresetPacked>(val.as<std::vector<std::byte> >());
EQPreset valresult;
std::memcpy(valresult.szName, valpacked.szName, std::size(valresult.szName));
std::copy(valpacked.Gains, valpacked.Gains + MAX_EQ_BANDS, valresult.Gains);
std::copy(valpacked.Freqs, valpacked.Freqs + MAX_EQ_BANDS, valresult.Freqs);
return valresult;
}
#endif // !NO_EQ
template<> inline SettingValue ToSettingValue(const mpt::UUID &val) { return SettingValue(val.ToUString()); }
template<> inline mpt::UUID FromSettingValue(const SettingValue &val) { return mpt::UUID::FromString(val.as<mpt::ustring>()); }
// Chords
struct MPTChord
{
enum
{
notesPerChord = 4,
relativeMode = 0x3F,
noNote = int8_min,
};
using NoteType = int8;
uint8 key; // Base note
std::array<NoteType, notesPerChord - 1> notes; // Additional chord notes
};
using MPTChords = std::array<MPTChord, 3 * 12>; // 3 octaves
// MIDI recording
enum RecordAftertouchOptions
{
atDoNotRecord = 0,
atRecordAsVolume,
atRecordAsMacro,
};
// New file action
enum NewFileAction
{
nfDefaultFormat = 0,
nfSameAsCurrent,
nfDefaultTemplate
};
// Sample editor preview behaviour
enum SampleEditorKeyBehaviour
{
seNoteOffOnNewKey = 0,
seNoteOffOnKeyUp,
seNoteOffOnKeyRestrike,
};
enum SampleEditorDefaultFormat
{
dfFLAC,
dfWAV,
dfRAW,
dfS3I,
};
enum class TimelineFormat
{
Seconds = 0,
Samples,
SamplesPow2,
};
enum class DefaultChannelColors
{
NoColors = 0,
Rainbow,
Random,
};
class SampleUndoBufferSize
{
protected:
size_t sizeByte;
int32 sizePercent;
void CalculateSize();
public:
enum
{
defaultSize = 10, // In percent
};
SampleUndoBufferSize(int32 percent = defaultSize) : sizePercent(percent) { CalculateSize(); }
void Set(int32 percent) { sizePercent = percent; CalculateSize(); }
int32 GetSizeInPercent() const { return sizePercent; }
size_t GetSizeInBytes() const { return sizeByte; }
};
template<> inline SettingValue ToSettingValue(const SampleUndoBufferSize &val) { return SettingValue(val.GetSizeInPercent()); }
template<> inline SampleUndoBufferSize FromSettingValue(const SettingValue &val) { return SampleUndoBufferSize(val.as<int32>()); }
mpt::ustring IgnoredCCsToString(const std::bitset<128> &midiIgnoreCCs);
std::bitset<128> StringToIgnoredCCs(const mpt::ustring &in);
mpt::ustring SettingsModTypeToString(MODTYPE modtype);
MODTYPE SettingsStringToModType(const mpt::ustring &str);
template<> inline SettingValue ToSettingValue(const RecordAftertouchOptions &val) { return SettingValue(int32(val)); }
template<> inline RecordAftertouchOptions FromSettingValue(const SettingValue &val) { return RecordAftertouchOptions(val.as<int32>()); }
template<> inline SettingValue ToSettingValue(const SampleEditorKeyBehaviour &val) { return SettingValue(int32(val)); }
template<> inline SampleEditorKeyBehaviour FromSettingValue(const SettingValue &val) { return SampleEditorKeyBehaviour(val.as<int32>()); }
template<> inline SettingValue ToSettingValue(const TimelineFormat &val) { return SettingValue(int32(val)); }
template<> inline TimelineFormat FromSettingValue(const SettingValue &val) { return TimelineFormat(val.as<int32>()); }
template<> inline SettingValue ToSettingValue(const DefaultChannelColors & val) { return SettingValue(int32(val)); }
template<> inline DefaultChannelColors FromSettingValue(const SettingValue& val) { return DefaultChannelColors(val.as<int32>()); }
template<> inline SettingValue ToSettingValue(const MODTYPE &val) { return SettingValue(SettingsModTypeToString(val), "MODTYPE"); }
template<> inline MODTYPE FromSettingValue(const SettingValue &val) { ASSERT(val.GetTypeTag() == "MODTYPE"); return SettingsStringToModType(val.as<mpt::ustring>()); }
template<> inline SettingValue ToSettingValue(const PlugVolumeHandling &val)
{
return SettingValue(int32(val), "PlugVolumeHandling");
}
template<> inline PlugVolumeHandling FromSettingValue(const SettingValue &val)
{
ASSERT(val.GetTypeTag() == "PlugVolumeHandling");
if((uint32)val.as<int32>() > PLUGIN_VOLUMEHANDLING_MAX)
{
return PLUGIN_VOLUMEHANDLING_IGNORE;
}
return static_cast<PlugVolumeHandling>(val.as<int32>());
}
template<> inline SettingValue ToSettingValue(const std::vector<uint32> &val) { return mpt::String::Combine(val, U_(",")); }
template<> inline std::vector<uint32> FromSettingValue(const SettingValue &val) { return mpt::String::Split<uint32>(val, U_(",")); }
template<> inline SettingValue ToSettingValue(const std::vector<mpt::ustring> &val) { return mpt::String::Combine(val, U_(";")); }
template<> inline std::vector<mpt::ustring> FromSettingValue(const SettingValue &val) { return mpt::String::Split<mpt::ustring>(val, U_(";")); }
template<> inline SettingValue ToSettingValue(const SampleFormat &val) { return SettingValue(val.AsInt()); }
template<> inline SampleFormat FromSettingValue(const SettingValue &val) { return SampleFormat::FromInt(val.as<int32>()); }
template<> inline SettingValue ToSettingValue(const SoundDevice::ChannelMapping &val) { return SettingValue(val.ToUString(), "ChannelMapping"); }
template<> inline SoundDevice::ChannelMapping FromSettingValue(const SettingValue &val) { ASSERT(val.GetTypeTag() == "ChannelMapping"); return SoundDevice::ChannelMapping::FromString(val.as<mpt::ustring>()); }
template<> inline SettingValue ToSettingValue(const ResamplingMode &val) { return SettingValue(int32(val)); }
template<> inline ResamplingMode FromSettingValue(const SettingValue &val) { return ResamplingMode(val.as<int32>()); }
template<> inline SettingValue ToSettingValue(const Resampling::AmigaFilter &val) { return SettingValue(int32(val)); }
template<> inline Resampling::AmigaFilter FromSettingValue(const SettingValue &val) { return static_cast<Resampling::AmigaFilter>(val.as<int32>()); }
template<> inline SettingValue ToSettingValue(const NewFileAction &val) { return SettingValue(int32(val)); }
template<> inline NewFileAction FromSettingValue(const SettingValue &val) { return NewFileAction(val.as<int32>()); }
template<> inline SettingValue ToSettingValue(const std::bitset<128> &val)
{
return SettingValue(IgnoredCCsToString(val), "IgnoredCCs");
}
template<> inline std::bitset<128> FromSettingValue(const SettingValue &val)
{
ASSERT(val.GetTypeTag() == "IgnoredCCs");
return StringToIgnoredCCs(val.as<mpt::ustring>());
}
template<> inline SettingValue ToSettingValue(const SampleEditorDefaultFormat &val)
{
mpt::ustring format;
switch(val)
{
case dfWAV:
format = U_("wav");
break;
case dfFLAC:
default:
format = U_("flac");
break;
case dfRAW:
format = U_("raw");
break;
case dfS3I:
format = U_("s3i");
break;
}
return SettingValue(format);
}
template<> inline SampleEditorDefaultFormat FromSettingValue(const SettingValue &val)
{
mpt::ustring format = mpt::ToLowerCase(val.as<mpt::ustring>());
if(format == U_("wav"))
return dfWAV;
if(format == U_("raw"))
return dfRAW;
if(format == U_("s3i"))
return dfS3I;
else // if(format == U_("flac"))
return dfFLAC;
}
enum SoundDeviceStopMode
{
SoundDeviceStopModeClosed = 0,
SoundDeviceStopModeStopped = 1,
SoundDeviceStopModePlaying = 2,
};
template<> inline SettingValue ToSettingValue(const SoundDeviceStopMode &val)
{
return SettingValue(static_cast<int32>(val));
}
template<> inline SoundDeviceStopMode FromSettingValue(const SettingValue &val)
{
return static_cast<SoundDeviceStopMode>(static_cast<int32>(val));
}
enum ProcessPriorityClass
{
ProcessPriorityClassIDLE = IDLE_PRIORITY_CLASS,
ProcessPriorityClassBELOW = BELOW_NORMAL_PRIORITY_CLASS,
ProcessPriorityClassNORMAL = NORMAL_PRIORITY_CLASS,
ProcessPriorityClassABOVE = ABOVE_NORMAL_PRIORITY_CLASS,
ProcessPriorityClassHIGH = HIGH_PRIORITY_CLASS,
ProcessPriorityClassREALTIME = REALTIME_PRIORITY_CLASS
};
template<> inline SettingValue ToSettingValue(const ProcessPriorityClass &val)
{
mpt::ustring s;
switch(val)
{
case ProcessPriorityClassIDLE:
s = U_("idle");
break;
case ProcessPriorityClassBELOW:
s = U_("below");
break;
case ProcessPriorityClassNORMAL:
s = U_("normal");
break;
case ProcessPriorityClassABOVE:
s = U_("above");
break;
case ProcessPriorityClassHIGH:
s = U_("high");
break;
case ProcessPriorityClassREALTIME:
s = U_("realtime");
break;
default:
s = U_("normal");
break;
}
return SettingValue(s);
}
template<> inline ProcessPriorityClass FromSettingValue(const SettingValue &val)
{
ProcessPriorityClass result = ProcessPriorityClassNORMAL;
mpt::ustring s = val.as<mpt::ustring>();
if(s.empty())
{
result = ProcessPriorityClassNORMAL;
} else if(s == U_("idle"))
{
result = ProcessPriorityClassIDLE;
} else if(s == U_("below"))
{
result = ProcessPriorityClassBELOW;
} else if(s == U_("normal"))
{
result = ProcessPriorityClassNORMAL;
} else if(s == U_("above"))
{
result = ProcessPriorityClassABOVE;
} else if(s == U_("high"))
{
result = ProcessPriorityClassHIGH;
} else if(s == U_("realtime"))
{
result = ProcessPriorityClassREALTIME;
} else
{
result = ProcessPriorityClassNORMAL;
}
return result;
}
template<> inline SettingValue ToSettingValue(const mpt::Date::Unix &val)
{
time_t t = val;
const tm* lastUpdate = gmtime(&t);
CString outDate;
if(lastUpdate)
{
outDate.Format(_T("%04d-%02d-%02d %02d:%02d"), lastUpdate->tm_year + 1900, lastUpdate->tm_mon + 1, lastUpdate->tm_mday, lastUpdate->tm_hour, lastUpdate->tm_min);
}
return SettingValue(mpt::ToUnicode(outDate), "UTC");
}
template<> inline mpt::Date::Unix FromSettingValue(const SettingValue &val)
{
MPT_ASSERT(val.GetTypeTag() == "UTC");
std::string s = mpt::ToCharset(mpt::Charset::Locale, val.as<mpt::ustring>());
tm lastUpdate;
MemsetZero(lastUpdate);
if(sscanf(s.c_str(), "%04d-%02d-%02d %02d:%02d", &lastUpdate.tm_year, &lastUpdate.tm_mon, &lastUpdate.tm_mday, &lastUpdate.tm_hour, &lastUpdate.tm_min) == 5)
{
lastUpdate.tm_year -= 1900;
lastUpdate.tm_mon--;
}
time_t outTime = mpt::Date::Unix::FromUTC(lastUpdate);
if(outTime < 0)
{
outTime = 0;
}
return mpt::Date::Unix(outTime);
}
struct FontSetting
{
enum FontFlags
{
None = 0,
Bold = 1,
Italic = 2,
};
mpt::ustring name;
int32 size;
FlagSet<FontFlags> flags;
FontSetting(const mpt::ustring &name = U_(""), int32 size = 120, FontFlags flags = None) : name(name), size(size), flags(flags) { }
bool operator== (const FontSetting &other) const
{
return name == other.name && size == other.size && flags == other.flags;
}
bool operator!= (const FontSetting &other) const
{
return !(*this == other);
}
};
MPT_DECLARE_ENUM(FontSetting::FontFlags)
template<> inline SettingValue ToSettingValue(const FontSetting &val)
{
return SettingValue(mpt::ToUnicode(val.name) + U_(",") + mpt::ufmt::val(val.size) + U_("|") + mpt::ufmt::val(val.flags.GetRaw()));
}
template<> inline FontSetting FromSettingValue(const SettingValue &val)
{
FontSetting setting(val.as<mpt::ustring>());
std::size_t sizeStart = setting.name.rfind(UC_(','));
if(sizeStart != std::string::npos)
{
const std::vector<mpt::ustring> fields = mpt::String::Split<mpt::ustring>(setting.name.substr(sizeStart + 1), U_("|"));
if(fields.size() >= 1)
{
setting.size = ConvertStrTo<int32>(fields[0]);
}
if(fields.size() >= 2)
{
setting.flags = static_cast<FontSetting::FontFlags>(ConvertStrTo<int32>(fields[1]));
}
setting.name.resize(sizeStart);
}
return setting;
}
class DefaultAndWorkingDirectory
{
protected:
mpt::PathString m_Default;
mpt::PathString m_Working;
public:
DefaultAndWorkingDirectory();
DefaultAndWorkingDirectory(const mpt::PathString &def);
~DefaultAndWorkingDirectory();
public:
void SetDefaultDir(const mpt::PathString &filenameFrom, bool stripFilename = false);
void SetWorkingDir(const mpt::PathString &filenameFrom, bool stripFilename = false);
mpt::PathString GetDefaultDir() const;
mpt::PathString GetWorkingDir() const;
private:
bool InternalSet(mpt::PathString &dest, const mpt::PathString &filenameFrom, bool stripFilename);
};
class ConfigurableDirectory
: public DefaultAndWorkingDirectory
{
protected:
SettingsContainer &conf;
Setting<mpt::PathString> m_Setting;
public:
ConfigurableDirectory(SettingsContainer &conf, const AnyStringLocale &section, const AnyStringLocale &key, const mpt::PathString &def);
~ConfigurableDirectory();
};
class DebugSettings
{
private:
SettingsContainer &conf;
private:
// Debug
#if !defined(MPT_LOG_IS_DISABLED)
Setting<int> DebugLogLevel;
Setting<std::string> DebugLogFacilitySolo;
Setting<std::string> DebugLogFacilityBlocked;
Setting<bool> DebugLogFileEnable;
Setting<bool> DebugLogDebuggerEnable;
Setting<bool> DebugLogConsoleEnable;
#endif
Setting<bool> DebugTraceEnable;
Setting<uint32> DebugTraceSize;
Setting<bool> DebugTraceAlwaysDump;
Setting<bool> DebugStopSoundDeviceOnCrash;
Setting<bool> DebugStopSoundDeviceBeforeDump;
Setting<bool> DebugDelegateToWindowsHandler;
public:
DebugSettings(SettingsContainer &conf);
~DebugSettings();
};
namespace SoundDevice
{
namespace Legacy
{
typedef uint16 ID;
inline constexpr SoundDevice::Legacy::ID MaskType = 0xff00;
inline constexpr SoundDevice::Legacy::ID MaskIndex = 0x00ff;
inline constexpr int ShiftType = 8;
inline constexpr int ShiftIndex = 0;
inline constexpr SoundDevice::Legacy::ID TypeWAVEOUT = 0;
inline constexpr SoundDevice::Legacy::ID TypeDSOUND = 1;
inline constexpr SoundDevice::Legacy::ID TypeASIO = 2;
inline constexpr SoundDevice::Legacy::ID TypePORTAUDIO_WASAPI = 3;
inline constexpr SoundDevice::Legacy::ID TypePORTAUDIO_WDMKS = 4;
inline constexpr SoundDevice::Legacy::ID TypePORTAUDIO_WMME = 5;
inline constexpr SoundDevice::Legacy::ID TypePORTAUDIO_DS = 6;
} // namespace Legacy
} // namespace SoundDevice
class TrackerSettings
{
private:
SettingsContainer &conf;
public:
// Version
Setting<mpt::ustring> IniVersion;
const bool FirstRun;
const Version PreviousSettingsVersion;
Setting<mpt::UUID> VersionInstallGUID;
// Display
Setting<bool> m_ShowSplashScreen;
Setting<bool> gbMdiMaximize;
Setting<bool> highResUI;
Setting<LONG> glTreeSplitRatio;
Setting<LONG> glTreeWindowWidth;
Setting<LONG> glGeneralWindowHeight;
Setting<LONG> glPatternWindowHeight;
Setting<LONG> glSampleWindowHeight;
Setting<LONG> glInstrumentWindowHeight;
Setting<LONG> glCommentsWindowHeight;
Setting<LONG> glGraphWindowHeight;
Setting<int32> gnPlugWindowX;
Setting<int32> gnPlugWindowY;
Setting<int32> gnPlugWindowWidth;
Setting<int32> gnPlugWindowHeight;
Setting<int32> gnPlugWindowLast; // Last selected plugin ID
Setting<uint32> gnMsgBoxVisiblityFlags;
Setting<uint32> GUIUpdateInterval;
CachedSetting<uint32> FSUpdateInterval;
CachedSetting<uint32> VuMeterUpdateInterval;
CachedSetting<float> VuMeterDecaySpeedDecibelPerSecond;
CachedSetting<bool> accidentalFlats;
Setting<bool> rememberSongWindows;
Setting<bool> showDirsInSampleBrowser;
Setting<DefaultChannelColors> defaultRainbowChannelColors;
Setting<FontSetting> commentsFont;
// Misc
Setting<MODTYPE> defaultModType;
Setting<NewFileAction> defaultNewFileAction;
Setting<PlugVolumeHandling> DefaultPlugVolumeHandling;
Setting<bool> autoApplySmoothFT2Ramping;
CachedSetting<uint32> MiscITCompressionStereo; // Mask: bit0: IT, bit1: Compat IT, bit2: MPTM
CachedSetting<uint32> MiscITCompressionMono; // Mask: bit0: IT, bit1: Compat IT, bit2: MPTM
CachedSetting<bool> MiscSaveChannelMuteStatus;
CachedSetting<bool> MiscAllowMultipleCommandsPerKey;
CachedSetting<bool> MiscDistinguishModifiers;
Setting<ProcessPriorityClass> MiscProcessPriorityClass;
CachedSetting<bool> MiscFlushFileBuffersOnSave;
CachedSetting<bool> MiscCacheCompleteFileBeforeLoading;
Setting<bool> MiscUseSingleInstance;
// Sound Settings
bool m_SoundShowRecordingSettings;
Setting<bool> m_SoundShowDeprecatedDevices;
Setting<bool> m_SoundDeprecatedDeviceWarningShown;
Setting<std::vector<uint32> > m_SoundSampleRates;
Setting<bool> m_SoundSettingsOpenDeviceAtStartup;
Setting<SoundDeviceStopMode> m_SoundSettingsStopMode;
bool m_SoundDeviceSettingsUseOldDefaults;
SoundDevice::Legacy::ID m_SoundDeviceID_DEPRECATED;
SoundDevice::Settings m_SoundDeviceSettingsDefaults;
SoundDevice::Settings GetSoundDeviceSettingsDefaults() const;
#if defined(MPT_WITH_DIRECTSOUND)
bool m_SoundDeviceDirectSoundOldDefaultIdentifier;
#endif // MPT_WITH_DIRECTSOUND
Setting<SoundDevice::Identifier> m_SoundDeviceIdentifier;
SoundDevice::Identifier GetSoundDeviceIdentifier() const;
void SetSoundDeviceIdentifier(const SoundDevice::Identifier &identifier);
SoundDevice::Settings GetSoundDeviceSettings(const SoundDevice::Identifier &device) const;
void SetSoundDeviceSettings(const SoundDevice::Identifier &device, const SoundDevice::Settings &settings);
Setting<uint32> MixerMaxChannels;
Setting<uint32> MixerDSPMask;
Setting<uint32> MixerFlags;
Setting<uint32> MixerSamplerate;
Setting<uint32> MixerOutputChannels;
Setting<uint32> MixerPreAmp;
Setting<uint32> MixerStereoSeparation;
Setting<uint32> MixerVolumeRampUpMicroseconds;
Setting<uint32> MixerVolumeRampDownMicroseconds;
Setting<uint32> MixerNumInputChannels;
MixerSettings GetMixerSettings() const;
void SetMixerSettings(const MixerSettings &settings);
Setting<ResamplingMode> ResamplerMode;
Setting<uint8> ResamplerSubMode;
Setting<int32> ResamplerCutoffPercent;
Setting<Resampling::AmigaFilter> ResamplerEmulateAmiga;
CResamplerSettings GetResamplerSettings() const;
void SetResamplerSettings(const CResamplerSettings &settings);
Setting<int> SoundBoostedThreadPriority;
Setting<mpt::ustring> SoundBoostedThreadMMCSSClass;
Setting<bool> SoundBoostedThreadRealtimePosix;
Setting<int> SoundBoostedThreadNicenessPosix;
Setting<int> SoundBoostedThreadRtprioPosix;
Setting<bool> SoundMaskDriverCrashes;
Setting<bool> SoundAllowDeferredProcessing;
// MIDI Settings
Setting<UINT> m_nMidiDevice;
Setting<CString> midiDeviceName;
// FIXME: MIDI recording is currently done in its own callback/thread and
// accesses settings framework from in there. Work-around the ASSERTs for
// now by using cached settings.
CachedSetting<uint32> m_dwMidiSetup;
CachedSetting<RecordAftertouchOptions> aftertouchBehaviour;
CachedSetting<uint16> midiVelocityAmp;
CachedSetting<std::bitset<128> > midiIgnoreCCs;
Setting<uint32> midiImportPatternLen;
Setting<uint32> midiImportQuantize;
Setting<uint8> midiImportTicks;
// Pattern Editor
CachedSetting<bool> gbLoopSong;
CachedSetting<UINT> gnPatternSpacing;
CachedSetting<bool> gbPatternVUMeters;
CachedSetting<bool> gbPatternPluginNames;
CachedSetting<bool> gbPatternRecord;
CachedSetting<bool> patternNoEditPopup;
CachedSetting<bool> patternStepCommands;
CachedSetting<uint32> m_dwPatternSetup;
CachedSetting<uint32> m_nRowHighlightMeasures; // primary (measures) and secondary (beats) highlight
CachedSetting<uint32> m_nRowHighlightBeats; // primary (measures) and secondary (beats) highlight
CachedSetting<ROWINDEX> recordQuantizeRows;
CachedSetting<UINT> gnAutoChordWaitTime;
CachedSetting<int32> orderlistMargins;
CachedSetting<int32> rowDisplayOffset;
Setting<FontSetting> patternFont;
Setting<mpt::ustring> patternFontDot;
Setting<int32> effectVisWidth;
Setting<int32> effectVisHeight;
Setting<int32> effectVisX;
Setting<int32> effectVisY;
Setting<CString> patternAccessibilityFormat;
CachedSetting<bool> patternAlwaysDrawWholePatternOnScrollSlow;
CachedSetting<bool> orderListOldDropBehaviour;
// Sample Editor
Setting<SampleUndoBufferSize> m_SampleUndoBufferSize;
Setting<SampleEditorKeyBehaviour> sampleEditorKeyBehaviour;
Setting<SampleEditorDefaultFormat> m_defaultSampleFormat;
Setting<TimelineFormat> sampleEditorTimelineFormat;
Setting<ResamplingMode> sampleEditorDefaultResampler;
Setting<int32> m_nFinetuneStep; // Increment finetune by x cents when using spin control.
Setting<int32> m_FLACCompressionLevel; // FLAC compression level for saving (0...8)
Setting<bool> compressITI;
Setting<bool> m_MayNormalizeSamplesOnLoad;
Setting<bool> previewInFileDialogs;
CachedSetting<bool> cursorPositionInHex;
// Export
Setting<bool> ExportDefaultToSoundcardSamplerate;
StreamEncoderSettingsConf ExportStreamEncoderSettings;
// Components
Setting<bool> ComponentsLoadOnStartup;
Setting<bool> ComponentsKeepLoaded;
bool IsComponentBlocked(const std::string &name);
// Effects
#ifndef NO_REVERB
CReverbSettings m_ReverbSettings;
#endif
#ifndef NO_DSP
CSurroundSettings m_SurroundSettings;
#endif
#ifndef NO_DSP
CMegaBassSettings m_MegaBassSettings;
#endif
#ifndef NO_EQ
EQPreset m_EqSettings;
EQPreset m_EqUserPresets[4];
#endif
#ifndef NO_DSP
BitCrushSettings m_BitCrushSettings;
#endif
// Display (Colors)
std::array<COLORREF, MAX_MODCOLORS> rgbCustomColors;
// AutoSave
CachedSetting<bool> CreateBackupFiles;
CachedSetting<bool> AutosaveEnabled;
CachedSetting<uint32> AutosaveIntervalMinutes;
CachedSetting<uint32> AutosaveHistoryDepth;
CachedSetting<bool> AutosaveUseOriginalPath;
ConfigurableDirectory AutosavePath;
// Paths
ConfigurableDirectory PathSongs;
ConfigurableDirectory PathSamples;
ConfigurableDirectory PathInstruments;
ConfigurableDirectory PathPlugins;
ConfigurableDirectory PathPluginPresets;
ConfigurableDirectory PathExport;
DefaultAndWorkingDirectory PathTunings;
DefaultAndWorkingDirectory PathUserTemplates;
mpt::PathString m_szKbdFile;
// Default template
Setting<mpt::PathString> defaultTemplateFile;
Setting<mpt::ustring> defaultArtist;
Setting<uint32> mruListLength;
std::vector<mpt::PathString> mruFiles;
// Chords
MPTChords Chords;
// Tunings
std::unique_ptr<CTuningCollection> oldLocalTunings;
// Plugins
Setting<bool> bridgeAllPlugins;
Setting<bool> enableAutoSuspend;
CachedSetting<bool> midiMappingInPluginEditor;
Setting<mpt::ustring> pluginProjectPath;
CachedSetting<mpt::lstring> vstHostProductString;
CachedSetting<mpt::lstring> vstHostVendorString;
CachedSetting<int32> vstHostVendorVersion;
// Broken Plugins Workarounds
Setting<bool> BrokenPluginsWorkaroundVSTMaskAllCrashes;
Setting<bool> BrokenPluginsWorkaroundVSTNeverUnloadAnyPlugin;
#if defined(MPT_ENABLE_UPDATE)
// Update
Setting<bool> UpdateEnabled;
Setting<bool> UpdateInstallAutomatically;
Setting<mpt::Date::Unix> UpdateLastUpdateCheck;
Setting<int32> UpdateUpdateCheckPeriod_DEPRECATED;
Setting<int32> UpdateIntervalDays;
Setting<uint32> UpdateChannel;
Setting<mpt::ustring> UpdateUpdateURL_DEPRECATED;
Setting<mpt::ustring> UpdateAPIURL;
Setting<bool> UpdateStatisticsConsentAsked;
Setting<bool> UpdateStatistics;
Setting<bool> UpdateSendGUID_DEPRECATED;
Setting<bool> UpdateShowUpdateHint;
Setting<CString> UpdateIgnoreVersion;
Setting<bool> UpdateSkipSignatureVerificationUNSECURE;
Setting<std::vector<mpt::ustring>> UpdateSigningKeysRootAnchors;
#endif // MPT_ENABLE_UPDATE
// Wine support
Setting<bool> WineSupportEnabled;
Setting<bool> WineSupportAlwaysRecompile;
Setting<bool> WineSupportAskCompile;
Setting<int32> WineSupportCompileVerbosity;
Setting<bool> WineSupportForeignOpenMPT;
Setting<bool> WineSupportAllowUnknownHost;
Setting<int32> WineSupportEnablePulseAudio; // 0==off 1==auto 2==on
Setting<int32> WineSupportEnablePortAudio; // 0==off 1==auto 2==on
Setting<int32> WineSupportEnableRtAudio; // 0==off 1==auto 2==on
public:
TrackerSettings(SettingsContainer &conf);
~TrackerSettings();
void MigrateOldSoundDeviceSettings(SoundDevice::Manager &manager);
private:
void MigrateTunings(const Version storedVersion);
std::unique_ptr<CTuningCollection> LoadLocalTunings();
public:
void SaveSettings();
static void GetDefaultColourScheme(std::array<COLORREF, MAX_MODCOLORS> &colours);
std::vector<uint32> GetSampleRates() const;
static MPTChords &GetChords() { return Instance().Chords; }
// Get settings object singleton
static TrackerSettings &Instance();
void SetMIDIDevice(UINT id);
UINT GetCurrentMIDIDevice();
protected:
static std::vector<uint32> GetDefaultSampleRates();
#ifndef NO_EQ
void FixupEQ(EQPreset &eqSettings);
#endif // !NO_EQ
void LoadChords(MPTChords &chords);
void SaveChords(MPTChords &chords);
};
OPENMPT_NAMESPACE_END
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