bool CVideoDecoderOptions::ReadSettings(CSettings &Settings)
{
CMediaViewer &MediaViewer = GetAppClass().CoreEngine.m_DtvEngine.m_MediaViewer;
VideoDecoderSettings DecoderSettings;
int Value;
MediaViewer.GetVideoDecoderSettings(&DecoderSettings);
Settings.Read(TEXT("EnableDeinterlace"), &DecoderSettings.bEnableDeinterlace);
if (Settings.Read(TEXT("DeinterlaceMethod"), &Value))
DecoderSettings.DeinterlaceMethod = static_cast<TVTVIDEODEC_DeinterlaceMethod>(Value);
Settings.Read(TEXT("AdaptProgressive"), &DecoderSettings.bAdaptProgressive);
Settings.Read(TEXT("AdaptTelecine"), &DecoderSettings.bAdaptTelecine);
Settings.Read(TEXT("SetInterlacedFlag"), &DecoderSettings.bSetInterlacedFlag);
Settings.Read(TEXT("Brightness"), &DecoderSettings.Brightness);
Settings.Read(TEXT("Contrast"), &DecoderSettings.Contrast);
Settings.Read(TEXT("Hue"), &DecoderSettings.Hue);
Settings.Read(TEXT("Saturation"), &DecoderSettings.Saturation);
Settings.Read(TEXT("NumThreads"), &DecoderSettings.NumThreads);
Settings.Read(TEXT("EnableDXVA2"), &DecoderSettings.bEnableDXVA2);
MediaViewer.SetVideoDecoderSettings(DecoderSettings);
return true;
}
bool CControllerManager::ReadSettings(CSettings &Settings)
{
TCHAR szText[256];
if (Settings.Read(TEXT("CurController"),szText,lengthof(szText)))
m_CurController=szText;
return true;
}
bool CInformationPanel::ReadSettings(CSettings &Settings)
{
for (int i=0;i<NUM_ITEMS;i++) {
CItem *pItem=m_ItemList[i];
bool f;
if (Settings.Read(pItem->GetName(),&f))
pItem->SetVisible(f);
}
return true;
}
bool CLogger::ReadSettings(CSettings &Settings)
{
CBlockLock Lock(&m_Lock);
Settings.Read(TEXT("OutputLogToFile"),&m_fOutputToFile);
if (m_fOutputToFile && m_LogList.size()>0) {
TCHAR szFileName[MAX_PATH];
GetDefaultLogFileName(szFileName);
SaveToFile(szFileName,true);
}
return true;
}
bool CControllerManager::LoadControllerSettings(LPCTSTR pszName)
{
int Index=FindController(pszName);
if (Index<0)
return false;
ControllerInfo &Info=m_ControllerList[Index];
if (Info.fSettingsLoaded)
return true;
CSettings Settings;
TCHAR szFileName[MAX_PATH];
if (!Info.pController->GetIniFileName(szFileName,lengthof(szFileName)))
return false;
if (Settings.Open(szFileName,CSettings::OPEN_READ)
&& Settings.SetSection(Info.pController->GetIniFileSection())) {
const int NumButtons=Info.pController->NumButtons();
const CCommandList &CommandList=GetAppClass().CommandList;
for (int i=0;i<NumButtons;i++) {
TCHAR szName[64],szCommand[CCommandList::MAX_COMMAND_TEXT];
::wsprintf(szName,TEXT("Button%d_Command"),i);
if (Settings.Read(szName,szCommand,lengthof(szCommand))
&& szCommand[0]!='\0') {
Info.Settings.AssignList[i]=CommandList.ParseText(szCommand);
}
}
if (!Info.pController->IsActiveOnly())
Settings.Read(TEXT("ActiveOnly"),&Info.Settings.fActiveOnly);
Info.fSettingsLoaded=true;
}
return true;
}
bool CSideBarOptions::ReadSettings(CSettings &Settings)
{
int Value,NumItems;
Settings.Read(TEXT("ShowPopup"),&m_fShowPopup);
Settings.Read(TEXT("ShowToolTips"),&m_fShowToolTips);
Settings.Read(TEXT("ShowChannelLogo"),&m_fShowChannelLogo);
if (Settings.Read(TEXT("PopupOpacity"),&Value))
m_PopupOpacity=CLAMP(Value,OPACITY_MIN,OPACITY_MAX);
if (Settings.Read(TEXT("Place"),&Value)
&& Value>=PLACE_FIRST && Value<=PLACE_LAST)
m_Place=(PlaceType)Value;
if (Settings.Read(TEXT("ItemCount"),&NumItems) && NumItems>0) {
// はまるのを防ぐために、200を上限にしておく
if (NumItems>=200)
NumItems=200;
m_ItemNameList.clear();
TVTest::String Command;
for (int i=0;i<NumItems;i++) {
TCHAR szName[32];
StdUtil::snprintf(szName,lengthof(szName),TEXT("Item%d"),i);
if (Settings.Read(szName,&Command)) {
m_ItemNameList.push_back(Command);
/*
if (szCommand[0]=='\0') {
m_ItemNameList.push_back(TVTest::String());
} else {
m_ItemNameList.push_back(TVTest::String(szCommand));
int Command=m_pSideBar->GetCommandList()->ParseText(szCommand);
if (Command!=0) {
for (int j=0;j<lengthof(ItemList);j++) {
if (ItemList[j].Command==Command) {
m_ItemList.push_back(Command);
break;
}
}
}
}
*/
}
}
}
return true;
}
bool CChannelManager::LoadChannelSettings(LPCTSTR pszFileName,LPCTSTR pszDriverName)
{
if (m_TuningSpaceList.IsEmpty() || m_fChannelFileHasStreamIDs)
return true;
CSettings Settings;
int SpaceCount;
TRACE(TEXT("ストリーム情報の読み込み : \"%s\" [%s]\n"),pszFileName,pszDriverName);
if (!Settings.Open(pszFileName,CSettings::OPEN_READ)
|| !Settings.SetSection(::PathFindFileName(pszDriverName)))
return false;
if (Settings.Read(TEXT("SpaceCount"),&SpaceCount) && SpaceCount>0) {
for (int i=0;i<SpaceCount;i++) {
int NumChannels;
TCHAR szName[64];
::wsprintf(szName,TEXT("Space%d_Count"),i);
if (Settings.Read(szName,&NumChannels) && NumChannels>0) {
for (int j=0;j<NumChannels;j++) {
int ChannelIndex;
int NumServices;
unsigned int NetworkID,TSID,ServiceID;
::wsprintf(szName,TEXT("Space%d_ChannelMap%d"),i,j);
if (Settings.Read(szName,&ChannelIndex)) {
::wsprintf(szName,TEXT("Space%d_Channel%d_NID"),i,ChannelIndex);
if (!Settings.Read(szName,&NetworkID))
NetworkID=0;
::wsprintf(szName,TEXT("Space%d_Channel%d_TSID"),i,ChannelIndex);
if (!Settings.Read(szName,&TSID))
TSID=0;
if (NetworkID!=0 || TSID!=0) {
::wsprintf(szName,TEXT("Space%d_Channel%d_Count"),i,ChannelIndex);
if (Settings.Read(szName,&NumServices) && NumServices>0) {
for (int k=0;k<NumServices;k++) {
::wsprintf(szName,TEXT("Space%d_Channel%d_Service%d_SID"),i,ChannelIndex,k);
if (Settings.Read(szName,&ServiceID) && ServiceID!=0)
UpdateStreamInfo(i,ChannelIndex,NetworkID,TSID,ServiceID);
}
}
}
}
}
}
}
}
return true;
}
bool CGeneralOptions::ReadSettings(CSettings &Settings)
{
int Value;
TCHAR szDirectory[MAX_PATH];
if (Settings.Read(TEXT("DriverDirectory"),szDirectory,lengthof(szDirectory))
&& szDirectory[0]!='\0') {
m_BonDriverDirectory=szDirectory;
GetAppClass().CoreEngine.SetDriverDirectory(szDirectory);
}
if (Settings.Read(TEXT("DefaultDriverType"),&Value)
&& Value>=DEFAULT_DRIVER_NONE && Value<=DEFAULT_DRIVER_CUSTOM)
m_DefaultDriverType=(DefaultDriverType)Value;
Settings.Read(TEXT("DefaultDriver"),&m_DefaultBonDriverName);
Settings.Read(TEXT("Driver"),&m_LastBonDriverName);
Settings.Read(TEXT("Resident"),&m_fResident);
Settings.Read(TEXT("KeepSingleTask"),&m_fKeepSingleTask);
Settings.Read(TEXT("StandaloneProgramGuide"),&m_fStandaloneProgramGuide);
Settings.Read(TEXT("Enable1SegFallback"),&m_fEnable1SegFallback);
return true;
}
bool CColorScheme::Load(LPCTSTR pszFileName,bool fLegacy)
{
CSettings Settings;
TCHAR szText[MAX_COLORSCHEME_NAME];
int i;
if (!Settings.Open(pszFileName,TEXT("ColorScheme"),CSettings::OPEN_READ))
return false;
if (Settings.Read(TEXT("Name"),szText,lengthof(szText)))
SetName(szText);
::ZeroMemory(m_LoadedFlags,sizeof(m_LoadedFlags));
for (i=0;i<NUM_COLORS;i++) {
if (Settings.ReadColor((fLegacy?m_ColorInfoLegacyList:m_ColorInfoList)[i].pszText,&m_ColorList[i]))
SetLoadedFlag(i);
}
for (i=0;i<NUM_COLORS;i++) {
if (IsLoaded(i)) {
for (int j=0;j<NUM_GRADIENTS;j++) {
if (m_GradientInfoList[j].Color1==i
|| m_GradientInfoList[j].Color2==i) {
if (m_GradientInfoList[j].Color1==i
&& !IsLoaded(m_GradientInfoList[j].Color2)) {
m_ColorList[m_GradientInfoList[j].Color2]=m_ColorList[i];
SetLoadedFlag(m_GradientInfoList[j].Color2);
}
m_GradientList[j].Type=Theme::GRADIENT_NORMAL;
break;
}
}
} else {
static const struct {
int To,From;
} Map[] = {
// {COLOR_STATUSBORDER, COLOR_STATUSBACK1},
{COLOR_STATUSBOTTOMITEMBACK1, COLOR_STATUSBACK2},
{COLOR_STATUSBOTTOMITEMBACK2, COLOR_STATUSBOTTOMITEMBACK1},
{COLOR_STATUSBOTTOMITEMTEXT, COLOR_STATUSTEXT},
{COLOR_STATUSBOTTOMITEMBORDER, COLOR_STATUSBOTTOMITEMBACK1},
};
static const struct {
int To,From1,From2;
} MixMap[] = {
{COLOR_STATUSBORDER, COLOR_STATUSBACK1, COLOR_STATUSBACK2},
};
bool fFound=false;
for (int j=0;j<lengthof(Map);j++) {
if (Map[j].To==i && IsLoaded(Map[j].From)) {
m_ColorList[i]=m_ColorList[Map[j].From];
SetLoadedFlag(i);
fFound=true;
break;
}
}
if (!fFound) {
for (int j=0;j<lengthof(MixMap);j++) {
if (MixMap[j].To==i && IsLoaded(MixMap[j].From1) && IsLoaded(MixMap[j].From2)) {
m_ColorList[i]=MixColor(m_ColorList[MixMap[j].From1],m_ColorList[MixMap[j].From2]);
SetLoadedFlag(i);
break;
}
}
}
}
}
for (i=0;i<NUM_GRADIENTS;i++) {
if (Settings.Read(m_GradientInfoList[i].pszText,szText,lengthof(szText))) {
if (szText[0]=='\0' || ::lstrcmpi(szText,TEXT("normal"))==0)
m_GradientList[i].Type=Theme::GRADIENT_NORMAL;
else if (::lstrcmpi(szText,TEXT("glossy"))==0)
m_GradientList[i].Type=Theme::GRADIENT_GLOSSY;
else if (::lstrcmpi(szText,TEXT("interlaced"))==0)
m_GradientList[i].Type=Theme::GRADIENT_INTERLACED;
}
TCHAR szName[128];
::wsprintf(szName,TEXT("%sDirection"),m_GradientInfoList[i].pszText);
m_GradientList[i].Direction=m_GradientInfoList[i].Direction;
if (Settings.Read(szName,szText,lengthof(szText))) {
for (int j=0;j<lengthof(GradientDirectionList);j++) {
if (::lstrcmpi(szText,GradientDirectionList[j])==0) {
m_GradientList[i].Direction=(Theme::GradientDirection)j;
break;
}
}
}
}
Settings.Close();
for (i=0;i<NUM_BORDERS;i++)
m_BorderList[i]=m_BorderInfoList[i].DefaultType;
if (Settings.Open(pszFileName,TEXT("Style"),CSettings::OPEN_READ)) {
for (i=0;i<NUM_BORDERS;i++) {
if (Settings.Read(m_BorderInfoList[i].pszText,szText,lengthof(szText))) {
if (::lstrcmpi(szText,TEXT("none"))==0) {
if (!m_BorderInfoList[i].fAlways)
m_BorderList[i]=Theme::BORDER_NONE;
} else if (::lstrcmpi(szText,TEXT("solid"))==0)
m_BorderList[i]=Theme::BORDER_SOLID;
else if (::lstrcmpi(szText,TEXT("sunken"))==0)
m_BorderList[i]=Theme::BORDER_SUNKEN;
else if (::lstrcmpi(szText,TEXT("raised"))==0)
m_BorderList[i]=Theme::BORDER_RAISED;
}
}
Settings.Close();
}
SetFileName(pszFileName);
return true;
}
bool CEpgOptions::ReadSettings(CSettings &Settings)
{
Settings.Read(TEXT("SaveEpgData"),&m_fSaveEpgFile);
Settings.Read(TEXT("EpgDataFileName"),m_szEpgFileName,lengthof(m_szEpgFileName));
Settings.Read(TEXT("EpgUpdateWhenStandby"),&m_fUpdateWhenStandby);
Settings.Read(TEXT("EpgUpdateBSExtended"),&m_fUpdateBSExtended);
Settings.Read(TEXT("EpgUpdateCSExtended"),&m_fUpdateCSExtended);
Settings.Read(TEXT("UseEpgData"),&m_fUseEDCBData);
Settings.Read(TEXT("EpgDataFolder"),m_szEDCBDataFolder,lengthof(m_szEDCBDataFolder));
int Value;
if (Settings.Read(TEXT("EpgTimeMode"),&Value)
&& Value>=EPGTIME_FIRST && Value<=EPGTIME_LAST)
m_EpgTimeMode=(EpgTimeMode)Value;
Settings.Read(TEXT("SaveLogoData"),&m_fSaveLogoFile);
Settings.Read(TEXT("LogoDataFileName"),m_szLogoFileName,lengthof(m_szLogoFileName));
CLogoManager &LogoManager=GetAppClass().LogoManager;
bool fSaveLogo;
if (Settings.Read(TEXT("SaveRawLogo"),&fSaveLogo))
LogoManager.SetSaveLogo(fSaveLogo);
if (Settings.Read(TEXT("SaveBmpLogo"),&fSaveLogo))
LogoManager.SetSaveLogoBmp(fSaveLogo);
TCHAR szLogoDir[MAX_PATH];
if (Settings.Read(TEXT("LogoDirectory"),szLogoDir,MAX_PATH)) {
LogoManager.SetLogoDirectory(szLogoDir);
} else {
// TVLogoMark のロゴがあれば利用する
GetAppClass().GetAppDirectory(szLogoDir);
::PathAppend(szLogoDir,TEXT("Plugins\\Logo"));
if (::PathIsDirectory(szLogoDir))
LogoManager.SetLogoDirectory(TEXT(".\\Plugins\\Logo"));
}
bool f;
if (TVTest::StyleUtil::ReadFontSettings(Settings,TEXT("EventInfoFont"),&m_EventInfoFont,false,&f)) {
if (!f)
m_fChanged=true;
}
return true;
}
bool COperationOptions::ReadSettings(CSettings &Settings)
{
int Value;
Settings.Read(TEXT("DisplayDragMove"),&m_fDisplayDragMove);
Settings.Read(TEXT("HideCursor"),&m_fHideCursor);
Settings.Read(TEXT("VolumeStep"),&m_VolumeStep);
Settings.Read(TEXT("AudioDelayStep"),&m_AudioDelayStep);
// ver.0.9.0 より前との互換用
static const int WheelModeList[] = {
0,
CM_WHEEL_VOLUME,
CM_WHEEL_CHANNEL,
CM_WHEEL_AUDIO,
CM_WHEEL_ZOOM,
CM_WHEEL_ASPECTRATIO,
};
TVTest::String Command;
if (Settings.Read(TEXT("WheelCommand"),&Command)) {
m_WheelCommand=m_WheelCommandManager.ParseCommand(Command.c_str());
} else if (Settings.Read(TEXT("WheelMode"),&Value)
&& Value>=0 && Value<lengthof(WheelModeList)) {
m_WheelCommand=WheelModeList[Value];
}
if (Settings.Read(TEXT("WheelShiftCommand"),&Command)) {
m_WheelShiftCommand=m_WheelCommandManager.ParseCommand(Command.c_str());
} else if (Settings.Read(TEXT("WheelShiftMode"),&Value)
&& Value>=0 && Value<lengthof(WheelModeList)) {
m_WheelShiftCommand=WheelModeList[Value];
}
if (Settings.Read(TEXT("WheelCtrlCommand"),&Command)) {
m_WheelCtrlCommand=m_WheelCommandManager.ParseCommand(Command.c_str());
} else if (Settings.Read(TEXT("WheelCtrlMode"),&Value)
&& Value>=0 && Value<lengthof(WheelModeList)) {
m_WheelCtrlCommand=WheelModeList[Value];
}
if (Settings.Read(TEXT("WheelTiltCommand"),&Command)) {
m_WheelTiltCommand=m_WheelCommandManager.ParseCommand(Command.c_str());
} else if (Settings.Read(TEXT("WheelTiltMode"),&Value)
&& Value>=0 && Value<lengthof(WheelModeList)) {
m_WheelTiltCommand=WheelModeList[Value];
}
Settings.Read(TEXT("StatusBarWheel"),&m_fStatusBarWheel);
Settings.Read(TEXT("ReverseWheelChannel"),&m_fWheelChannelReverse);
Settings.Read(TEXT("ReverseWheelVolume"),&m_fWheelVolumeReverse);
if (Settings.Read(TEXT("WheelChannelDelay"),&Value)) {
if (Value<WHEEL_CHANNEL_DELAY_MIN)
Value=WHEEL_CHANNEL_DELAY_MIN;
m_WheelChannelDelay=Value;
}
Settings.Read(TEXT("WheelZoomStep"),&m_WheelZoomStep);
if (m_pCommandList!=NULL) {
TCHAR szText[CCommandList::MAX_COMMAND_TEXT];
if (Settings.Read(TEXT("LeftDoubleClickCommand"),szText,lengthof(szText))) {
m_LeftDoubleClickCommand=m_pCommandList->ParseText(szText);
}
if (Settings.Read(TEXT("RightClickCommand"),szText,lengthof(szText))) {
m_RightClickCommand=m_pCommandList->ParseText(szText);
}
if (Settings.Read(TEXT("MiddleClickCommand"),szText,lengthof(szText))) {
m_MiddleClickCommand=m_pCommandList->ParseText(szText);
}
}
return true;
}
int main(int argc, char* argv[])
{
string usbId;
printf(VERSIONINFO "\n");
if (argc != 2) { help(); return 1; }
strncpy(filename, argv[1], sizeof(filename));
// --- load settings ----------------------------------
if (!settings.Read("psi46test.ini"))
{
printf("error reading \"psi46test.ini\"\n");
return 2;
}
// --- open log file ----------------------------------
/* FILE *f = fopen(filename,"rb");
if (f)
{
printf("Log file \"%s\" exist!\n", filename);
fclose(f);
return 1;
} */
if (!Log.open(filename))
{
printf("log: error creating file\n");
return 3;
}
// --- open test board --------------------------------
Log.section("DTB");
try
{
if (!tb.FindDTB(usbId)) {}
else if (tb.Open(usbId))
{
printf("\nDTB %s opened\n", usbId.c_str());
string info;
try
{
tb.GetInfo(info);
printf("--- DTB info-------------------------------------\n"
"%s"
"-------------------------------------------------\n", info.c_str());
Log.puts(info.c_str());
tb.Welcome();
tb.Flush();
}
catch(CRpcError &e)
{
e.What();
printf("ERROR: DTB software version could not be identified, please update it!\n");
tb.Close();
printf("Connection to Board %s has been cancelled\n", usbId.c_str());
}
}
else
{
printf("USB error: %s\n", tb.ConnectionError());
printf("Connect testboard and try command 'scan' to find connected devices.\n");
printf("Make sure you have permission to access USB devices.\n");
}
// --- open prober ------------------------------------
if (settings.proberPort>=0)
if (!prober.open(settings.proberPort))
{
printf("Prober: could not open port %i\n",
settings.proberPort);
Log.puts("Prober: could not open port\n");
return 4;
}
Log.flush();
// --- call command interpreter -----------------------
nEntry = 0;
cmd();
tb.Close();
}
catch (CRpcError &e)
{
e.What();
}
return 0;
}
bool CPanelOptions::ReadSettings(CSettings &Settings)
{
int Value;
Settings.Read(TEXT("InfoCurTab"),&m_LastTab);
Settings.Read(TEXT("PanelFirstTab"),&m_InitialTab);
Settings.Read(TEXT("PanelSnapAtMainWindow"),&m_fSnapAtMainWindow);
Settings.Read(TEXT("PanelAttachToMainWindow"),&m_fAttachToMainWindow);
if (Settings.Read(TEXT("PanelOpacity"),&m_Opacity))
GetAppClass().Panel.Frame.SetPanelOpacity(m_Opacity*255/100);
// Font
TCHAR szFont[LF_FACESIZE];
if (Settings.Read(TEXT("PanelFontName"),szFont,LF_FACESIZE) && szFont[0]!='\0') {
::lstrcpy(m_Font.lfFaceName,szFont);
m_Font.lfEscapement=0;
m_Font.lfOrientation=0;
m_Font.lfUnderline=0;
m_Font.lfStrikeOut=0;
m_Font.lfCharSet=DEFAULT_CHARSET;
m_Font.lfOutPrecision=OUT_DEFAULT_PRECIS;
m_Font.lfClipPrecision=CLIP_DEFAULT_PRECIS;
m_Font.lfQuality=DRAFT_QUALITY;
m_Font.lfPitchAndFamily=DEFAULT_PITCH | FF_DONTCARE;
}
if (Settings.Read(TEXT("PanelFontSize"),&Value)) {
m_Font.lfHeight=Value;
m_Font.lfWidth=0;
}
if (Settings.Read(TEXT("PanelFontWeight"),&Value))
m_Font.lfWeight=Value;
if (Settings.Read(TEXT("PanelFontItalic"),&Value))
m_Font.lfItalic=Value;
Settings.Read(TEXT("CaptionPanelFontSpec"),&m_fSpecCaptionFont);
if (!Settings.Read(TEXT("CaptionPanelFont"),&m_CaptionFont))
m_CaptionFont=m_Font;
if (Settings.Read(TEXT("PanelTabStyle"),&Value)
&& Value>=CPanelForm::TABSTYLE_FIRST && Value<=CPanelForm::TABSTYLE_LAST)
m_TabStyle=static_cast<CPanelForm::TabStyle>(Value);
Settings.Read(TEXT("PanelTabTooltip"),&m_fTabTooltip);
int TabCount;
if (Settings.Read(TEXT("PanelTabCount"),&TabCount) && TabCount>0) {
PanelItemInfoList ItemList;
TVTest::String ID;
for (int i=0;i<TabCount;i++) {
TCHAR szName[32];
StdUtil::snprintf(szName,lengthof(szName),TEXT("PanelTab%d_ID"),i);
if (!Settings.Read(szName,&ID) || ID.empty())
continue;
PanelItemInfo Item;
LPTSTR p;
long IDNum=std::_tcstol(ID.c_str(),&p,10);
if (*p==_T('\0')) {
if (IDNum<PANEL_ID_FIRST || IDNum>PANEL_ID_LAST)
continue;
Item.ID=m_AvailItemList[IDNum].ID;
} else {
Item.ID=ID;
}
size_t j;
for (j=0;j<ItemList.size();j++) {
if (CompareID(ItemList[j].ID,Item.ID))
break;
}
if (j<ItemList.size())
continue;
StdUtil::snprintf(szName,lengthof(szName),TEXT("PanelTab%d_Visible"),i);
if (!Settings.Read(szName,&Item.fVisible))
Item.fVisible=true;
ItemList.push_back(Item);
}
#if 0
for (size_t i=0;i<m_AvailItemList.size();i++) {
const TVTest::String &ID=m_AvailItemList[i].ID;
if (std::find_if(ItemList.begin(),ItemList.end(),
[&](const PanelItemInfo &Item) -> bool {
return CompareID(Item.ID,ID); })==ItemList.end()) {
PanelItemInfo Item;
Item.ID=ID;
Item.fVisible=false;
ItemList.push_back(Item);
}
}
#endif
m_ItemList=ItemList;
}
Settings.Read(TEXT("InfoPanelUseRichEdit"),&m_fProgramInfoUseRichEdit);
return true;
}
bool CMenuOptions::ReadSettings(CSettings &Settings)
{
int Value;
if (Settings.Read(TEXT("MaxChannelMenuRows"),&Value) && Value>0)
m_MaxChannelMenuRows=Value;
Settings.Read(TEXT("MaxChannelMenuEventInfo"),&m_MaxChannelMenuEventInfo);
int ItemCount;
if (Settings.Read(TEXT("ItemCount"),&ItemCount) && ItemCount>0) {
const CCommandList *pCommandList=GetAppClass().GetCommandList();
std::vector<MenuItemInfo> ItemList;
for (int i=0;i<ItemCount;i++) {
TCHAR szName[32],szText[CCommandList::MAX_COMMAND_TEXT];
::wsprintf(szName,TEXT("Item%d_ID"),i);
if (Settings.Read(szName,szText,lengthof(szText))) {
MenuItemInfo Item;
Item.fVisible=true;
::wsprintf(szName,TEXT("Item%d_State"),i);
if (Settings.Read(szName,&Value))
Item.fVisible=(Value&ITEM_STATE_VISIBLE)!=0;
if (szText[0]==_T('\0')) {
Item.ID=MENU_ID_SEPARATOR;
ItemList.push_back(Item);
} else {
int Command=pCommandList->ParseText(szText);
if (Command>0) {
int ID=CommandToID(Command);
if (ID>=0) {
Item.ID=ID;
ItemList.push_back(Item);
}
}
#ifdef _DEBUG
else {
TRACE(TEXT("CMenuOptions::ReadSettings() : Unknown command \"%s\"\n"),szText);
}
#endif
}
}
}
for (int i=0;i<lengthof(m_DefaultMenuItemList);i++) {
bool fFound=false;
for (size_t j=0;j<ItemList.size();j++) {
if (ItemList[j].ID==m_DefaultMenuItemList[i].ID) {
fFound=true;
break;
}
}
if (!fFound) {
MenuItemInfo Item;
Item.ID=m_DefaultMenuItemList[i].ID;
Item.fVisible=false;
ItemList.push_back(Item);
}
}
m_MenuItemList=ItemList;
}
return true;
}
bool CViewOptions::ReadSettings(CSettings &Settings)
{
int Value;
Settings.Read(TEXT("AdjustAspectResizing"),&m_fAdjustAspectResizing);
Settings.Read(TEXT("SnapToWindowEdge"),&m_fSnapAtWindowEdge);
Settings.Read(TEXT("NearCornerResizeOrigin"),&m_fNearCornerResizeOrigin);
Settings.Read(TEXT("ZoomKeepAspectRatio"),&m_fZoomKeepAspectRatio);
if (Settings.Read(TEXT("PanScanAdjustWindow"),&Value)
&& Value>=ADJUSTWINDOW_FIRST && Value<=ADJUSTWINDOW_LAST) {
m_PanScanAdjustWindowMode=(AdjustWindowMode)Value;
} else {
// 以前のバージョンとの互換用
bool f;
if (Settings.Read(TEXT("PanScanNoResizeWindow"),&f))
m_PanScanAdjustWindowMode=f?ADJUSTWINDOW_WIDTH:ADJUSTWINDOW_FIT;
}
Settings.Read(TEXT("Remember1SegWindowSize"),&m_fRemember1SegWindowSize);
Settings.Read(TEXT("MinimizeToTray"),&m_fMinimizeToTray);
Settings.Read(TEXT("DisablePreviewWhenMinimized"),&m_fDisablePreviewWhenMinimized);
Settings.Read(TEXT("UseLogoIcon"),&m_fUseLogoIcon);
Settings.Read(TEXT("TitleEventTime"),&m_fShowTitleEventTime);
Settings.Read(TEXT("ShowLogo"),&m_fShowLogo);
Settings.Read(TEXT("LogoFileName"),m_szLogoFileName,lengthof(m_szLogoFileName));
Settings.Read(TEXT("NoScreenSaver"),&m_fNoScreenSaver);
Settings.Read(TEXT("NoMonitorLowPower"),&m_fNoMonitorLowPower);
Settings.Read(TEXT("NoMonitorLowPowerActiveOnly"),&m_fNoMonitorLowPowerActiveOnly);
return true;
}
