void Thumb::init(xml::node& node) { ImageButton::init(node); xml::node setting = node("TrackArea"); if(!setting.empty()) { setTrackarea(StringToArea(setting.first_child().value())); } setting = node("Horizontal"); if(!setting.empty()) { m_horiz = StringToBool(setting.first_child().value()); } setting = node("Progress"); if(!setting.empty()) { setProgress((float)atof(setting.first_child().value())); } setting = node("Movable"); if(!setting.empty()) { m_movable = StringToBool(setting.first_child().value()); } }
WOGBallStrand* OGBallConfig::CreateStrand_(const QDomElement & element) { WOGBallStrand* obj = new WOGBallStrand; obj->burntimage = element.attribute("burntimage"); obj->fireparticles = element.attribute("fireparticles"); obj->image = element.attribute("image"); obj->inactiveimage = element.attribute("inactiveimage"); obj->type = element.attribute("type"); obj->burnspeed = element.attribute("burnspeed", "0").toFloat(); obj->dampfac = element.attribute("dampfac", "0").toFloat(); obj->ignitedelay = element.attribute("ignitedelay", "0").toFloat(); obj->maxforce = element.attribute("maxforce", "0").toFloat(); obj->maxlen1 = element.attribute("maxlen1", "0").toFloat(); obj->maxlen2 = element.attribute("maxlen2", "0").toFloat(); obj->minlen = element.attribute("minlen", "0").toFloat(); obj->shrinklen = element.attribute("shrinklen", "140").toFloat(); obj->springconstmax = element.attribute("springconstmax").toFloat(); obj->springconstmin = element.attribute("springconstmin").toFloat(); obj->thickness = element.attribute("thickness").toFloat(); obj->rope = StringToBool(element.attribute("rope")); obj->geom = StringToBool(element.attribute("geom")); obj->walkable = StringToBool(element.attribute("walkable", "true")); return obj; }
WOGLinearForceField* OGSceneConfig::CreateLinearForceField(const QDomElement &element) { WOGLinearForceField* obj = new WOGLinearForceField; obj->type = element.attribute("type"); obj->force = StringToPoint(element.attribute("force")); obj->dampeningfactor = element.attribute("dampeningfactor").toDouble(); obj->antigrav = StringToBool(element.attribute("antigrav")); obj->geomonly = StringToBool(element.attribute("geomonly")); return obj; }
void FrameWindow::init(xml::node& node) { Panel::init(node); xml::node setting = node("Title"); if(!setting.empty()) { m_text = setting.first_child().value(); } setting = node("Font"); if(!setting.empty()) { m_font = m_system.getWindowManager().loadFont(setting.first_child().value()); } setting = node("Formatting"); if(!setting.empty()) { m_format = StringToFormatType(setting.first_child().value()); } setting = node("CaptionColor"); if(!setting.empty()) { m_captionColor = StringToColor(setting.first_child().value()); } setting = node("Movable"); if(!setting.empty()) { m_movable = StringToBool(setting.first_child().value()); } setting = node("ClampToScreen"); if(!setting.empty()) { m_clampToScreen = StringToBool(setting.first_child().value()); } xml::node frame = node("Caption"); if(!frame.empty()) { std::string setname = frame["Imageset"].value(); m_imgset = m_system.getWindowManager().loadImageset(setname); if(m_imgset) { const Imageset& set = *m_imgset; m_captionBackImg = set[frame("Background")["Image"].value()]; m_captionLeftImg = set[frame("Left")["Image"].value()]; m_captionRightImg = set[frame("Right")["Image"].value()]; } } }
void OGBallConfig::CreatePlayerInteraction_(WOGBall* ball) { ball->attribute.player.detachable = StringToBool(rootElement.attribute("detachable", "true")); ball->attribute.player.draggable = StringToBool(rootElement.attribute("draggable", "true")); ball->attribute.player.hingedrag = StringToBool(rootElement.attribute("hingedrag", "false")); ball->attribute.player.fling = rootElement.attribute("fling"); }
void InitSettings(void) { char fname[_MAX_FNAME+MAX_PATH], scriptPath[_MAX_PATH], defaultStarter[_MAX_FNAME], defaultGame[_MAX_FNAME], debug[6], quitOnHostile[6], quitOnError[6], maxGameTime[6], gameTimeout[6], startAtMenu[6], disableCache[6], memUsage[6], gamePrint[6], useProfilePath[6], logConsole[6], enableUnsupported[6], forwardMessageBox[6], consoleFont[6]; sprintf_s(fname, sizeof(fname), "%sd2bs.ini", Vars.szPath); GetPrivateProfileString("settings", "ScriptPath", "scripts", scriptPath, _MAX_PATH, fname); GetPrivateProfileString("settings", "DefaultGameScript", "default.dbj", defaultGame, _MAX_FNAME, fname); GetPrivateProfileString("settings", "DefaultStarterScript", "starter.dbj", defaultStarter, _MAX_FNAME, fname); GetPrivateProfileString("settings", "MaxGameTime", "0", maxGameTime, 6, fname); GetPrivateProfileString("settings", "Debug", "false", debug, 6, fname); GetPrivateProfileString("settings", "QuitOnHostile", "false", quitOnHostile, 6, fname); GetPrivateProfileString("settings", "QuitOnError", "false", quitOnError, 6, fname); GetPrivateProfileString("settings", "StartAtMenu", "true", startAtMenu, 6, fname); GetPrivateProfileString("settings", "DisableCache", "true", disableCache, 6, fname); GetPrivateProfileString("settings", "MemoryLimit", "100", memUsage, 6, fname); GetPrivateProfileString("settings", "UseGamePrint", "false", gamePrint, 6, fname); GetPrivateProfileString("settings", "GameReadyTimeout", "5", gameTimeout, 6, fname); GetPrivateProfileString("settings", "UseProfileScript", "false", useProfilePath, 6, fname); GetPrivateProfileString("settings", "LogConsoleOutput", "false", logConsole, 6, fname); GetPrivateProfileString("settings", "EnableUnsupported", "false", enableUnsupported, 6, fname); GetPrivateProfileString("settings", "ForwardMessageBox", "false", forwardMessageBox, 6, fname); GetPrivateProfileString("settings", "ConsoleFont", "0", consoleFont, 6, fname); sprintf_s(Vars.szScriptPath, _MAX_PATH, "%s%s", Vars.szPath, scriptPath); strcpy_s(Vars.szStarter, _MAX_FNAME, defaultStarter); strcpy_s(Vars.szDefault, _MAX_FNAME, defaultGame); Vars.dwGameTime = GetTickCount(); Vars.dwMaxGameTime = abs(atoi(maxGameTime) * 1000); Vars.dwGameTimeout = abs(atoi(gameTimeout) * 1000); Vars.bQuitOnHostile = StringToBool(quitOnHostile); Vars.bQuitOnError = StringToBool(quitOnError); Vars.bStartAtMenu = StringToBool(startAtMenu); Vars.bDisableCache = StringToBool(disableCache); Vars.bUseGamePrint = StringToBool(gamePrint); Vars.bUseProfileScript = StringToBool(useProfilePath); Vars.bLogConsole = StringToBool(logConsole); Vars.bEnableUnsupported = StringToBool(enableUnsupported); Vars.bForwardMessageBox = StringToBool(forwardMessageBox); Vars.eventSignal = CreateEventA(false, true, false, nullptr); Vars.dwMemUsage = abs(atoi(memUsage)); Vars.dwConsoleFont = abs(atoi(consoleFont)); if(Vars.dwMemUsage < 1) Vars.dwMemUsage = 50; Vars.dwMemUsage *= 1024*1024; Vars.oldWNDPROC = NULL; }
void BaseList::init(xml::node& node) { Panel::init(node); xml::node setting = node("HasFrame"); if(!setting.empty()) { m_drawpanel = StringToBool(setting.first_child().value()); } setting = node("Columns"); if(!setting.empty()) { m_columns = (unsigned int)atoi(setting.first_child().value()); if(!m_columns) m_columns = 1; } setting = node("ColumnWidth"); if(!setting.empty()) { m_colWidth = (float)atof(setting.first_child().value()); } setting = node("Borders"); if(!setting.empty()) { m_borders = StringToRect(setting.first_child().value()); } }
WOGRadialForceField* OGSceneConfig::CreateRadialForceField(const QDomElement &element) { WOGRadialForceField* obj = new WOGRadialForceField; obj->id = element.attribute("id"); obj->type = element.attribute("type"); obj->center = StringToPoint(element.attribute("center")); obj->radius = element.attribute("radius").toDouble(); obj->forceatcenter = element.attribute("forceatcenter").toDouble(); obj->forceatedge = element.attribute("forceatedge").toDouble(); obj->dampeningfactor = element.attribute("dampeningfactor").toDouble(); obj->antigrav = StringToBool(element.attribute("antigrav")); obj->geomonly = StringToBool(element.attribute("geomonly")); obj->enabled = StringToBool(element.attribute("enabled")); return obj; }
/// Create an account static bool HandleAccountCreateCommand(ChatHandler* handler, char const* args) { if (!*args) return false; ///- %Parse the command line arguments char* accountName = strtok((char*)args, " "); char* password = strtok(NULL, " "); if (!accountName || !password) return false; if (!strchr(accountName, '@')) { handler->SendSysMessage(LANG_ACCOUNT_INVALID_BNET_NAME); handler->SetSentErrorMessage(true); return false; } char* createGameAccountParam = strtok(NULL, " "); bool createGameAccount = true; if (createGameAccountParam) createGameAccount = StringToBool(createGameAccountParam); std::string gameAccountName; switch (Battlenet::AccountMgr::CreateBattlenetAccount(std::string(accountName), std::string(password), createGameAccount, &gameAccountName)) { case AccountOpResult::AOR_OK: { if (createGameAccount) handler->PSendSysMessage(LANG_ACCOUNT_CREATED_BNET_WITH_GAME, accountName, gameAccountName.c_str()); else handler->PSendSysMessage(LANG_ACCOUNT_CREATED_BNET, accountName); if (handler->GetSession()) { TC_LOG_INFO("entities.player.character", "Account: %u (IP: %s) Character:[%s] (%s) created Battle.net account %s%s%s", handler->GetSession()->GetAccountId(), handler->GetSession()->GetRemoteAddress().c_str(), handler->GetSession()->GetPlayer()->GetName().c_str(), handler->GetSession()->GetPlayer()->GetGUID().ToString().c_str(), accountName, createGameAccount ? " with game account " : "", createGameAccount ? gameAccountName.c_str() : ""); } break; } case AccountOpResult::AOR_NAME_TOO_LONG: handler->SendSysMessage(LANG_ACCOUNT_NAME_TOO_LONG); handler->SetSentErrorMessage(true); return false; case AccountOpResult::AOR_PASS_TOO_LONG: handler->SendSysMessage(LANG_ACCOUNT_PASS_TOO_LONG); handler->SetSentErrorMessage(true); return false; case AccountOpResult::AOR_NAME_ALREADY_EXIST: handler->SendSysMessage(LANG_ACCOUNT_ALREADY_EXIST); handler->SetSentErrorMessage(true); return false; default: break; } return true; }
void ScrollBar::init(xml::node& node) { Slider::init(node); xml::node setting = node("Step"); if(!setting.empty()) { m_step = (float)atof(setting.first_child().value()); } setting = node("Horizontal"); if(!setting.empty()) { m_horiz = StringToBool(setting.first_child().value()); } setting = node("Document"); if(!setting.empty()) { setDocumentSize((float)atof(setting.first_child().value())); } xml::node frame = node("Frame"); if(!frame.empty()) { std::string setname = frame["Imageset"].value(); m_imgset = m_system.getWindowManager().loadImageset(setname); if(m_imgset) { const Imageset& set = *m_imgset; m_backImg = set[frame("Background")["Image"].value()]; m_leftImg = set[frame("Left")["Image"].value()]; m_rightImg = set[frame("Right")["Image"].value()]; } } }
void ThemeEditorDialog::OnBnClickedButtonLoad() { CString filter = _T("musikCube Theme Files (*.ini)|*.ini||"); FileDialog ofdlg( TRUE, _T("ini"), NULL, OFN_EXPLORER | OFN_FILEMUSTEXIST, filter ); if (ofdlg.DoModal() == IDOK) { std::string fn = musik::Core::utf16to8(ofdlg.GetFileName().GetBuffer(), false); CIniFile iniFile(fn); if (!iniFile.ReadFile()) { MessageBox( _T("Failed to read theme file from disk. Invalid access rights?"), _T("musikCube"), MB_OK | MB_ICONERROR ); return; } Globals::Preferences->MUSIK_COLOR_ACTIVECAPTION = StringToCOLORREF(iniFile.GetValue("Theme", "Active Caption", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_CAPTIONTEXT = StringToCOLORREF(iniFile.GetValue("Theme", "Active Caption Text", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_INACTIVECAPTION = StringToCOLORREF(iniFile.GetValue("Theme", "Inactive Caption", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_INACTIVECAPTIONTEXT = StringToCOLORREF(iniFile.GetValue("Theme", "Inactive Caption Text", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_BTNFACE = StringToCOLORREF(iniFile.GetValue("Theme", "Button Face", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_BTNTEXT = StringToCOLORREF(iniFile.GetValue("Theme", "Button Text", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_BTNHILIGHT = StringToCOLORREF(iniFile.GetValue("Theme", "Button Hilight", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_BTNSHADOW = StringToCOLORREF(iniFile.GetValue("Theme", "Button Shadow", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_LISTCTRL = StringToCOLORREF(iniFile.GetValue("Theme", "List", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_LISTCTRLTEXT = StringToCOLORREF(iniFile.GetValue("Theme", "List Text", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_HIGHLIGHT = StringToCOLORREF(iniFile.GetValue("Theme", "Highlight", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->MUSIK_COLOR_HIGHLIGHTTEXT = StringToCOLORREF(iniFile.GetValue("Theme", "Highlight Text", COLORREFToString(AUTOMATIC_COLOR))); Globals::Preferences->SetUseLightIconTheme( StringToBool(iniFile.GetValue("Theme", "Use Light Icons", BoolToString(false)))); this->ReloadColors(); AfxGetApp()->GetMainWnd()->SendMessage(WM_SYSCOLORCHANGE); } }
void CMusikPrefs::LoadPrefs() { // main dialog m_Dlg_Size = StringToCSize( config->GetValue( "Dialog", "Dialog Size", "800x600" ) ); m_Dlg_Pos = StringToCPoint( config->GetValue( "Dialog", "Dialog Position", "50,50" ) ); m_Dlg_Maximized = StringToBool( config->GetValue( "Dialog", "Maximized", "0" ) ); m_Dlg_ResetUI = StringToBool( config->GetValue( "Dialog", "Reset UI", "1" ) ); // selection area m_SelectionBox_Count = StringToInt( config->GetValue( "Selection Area", "Count", "2" ) ); // playlist m_Playlist_Order = StringToCIntArray( config->GetValue( "Playlist", "Column Order", GetDefPlaylistOrder() ) ); m_Playlist_Sizes = StringToCIntArray( config->GetValue( "Playlist", "Column Sizes", GetDefPlaylistSizes() ) ); // now playing m_NowPlaying_CaptionFont = StringToInt( config->GetValue( "Now Playing", "Caption Font Size", "11" ) ); // player m_Player_Driver = StringToInt( config->GetValue( "Player", "Driver", "0" ) ); m_Player_Device = StringToInt( config->GetValue( "Player", "Device", "0" ) ); m_Player_Rate = StringToInt( config->GetValue( "Player", "Rate", "44100" ) ); m_Player_Max_Channels = StringToInt( config->GetValue( "Player", "Maximum Channels", "6" ) ); // crossfader m_Crossfader_Enabled = StringToBool( config->GetValue( "Crossfader", "Enabled", "1" ) ); m_Crossfader_Current = config->GetValue( "Crossfader", "Set Name", "Default" ); m_Crossfader_Default = StringToCrossfader( config->GetValue( "Crossfader", "Values", "2.0,0.5,1.0,3.0" ) ); // dialog colors MUSIK_COLOR_ACTIVECAPTION = StringToCOLORREF( config->GetValue( "Dialog Colors", "Active Caption", "255,0,255" ) ); MUSIK_COLOR_CAPTIONTEXT = StringToCOLORREF( config->GetValue( "Dialog Colors", "Active Caption Text", "255,0,255" ) ); MUSIK_COLOR_INACTIVECAPTION = StringToCOLORREF( config->GetValue( "Dialog Colors", "Inactive Caption", "255,0,255" ) ); MUSIK_COLOR_INACTIVECAPTIONTEXT = StringToCOLORREF( config->GetValue( "Dialog Colors", "Inactive Caption Text", "255,0,255" ) ); MUSIK_COLOR_BTNFACE = StringToCOLORREF( config->GetValue( "Dialog Colors", "Button Face", "255,0,255" ) ); MUSIK_COLOR_BTNTEXT = StringToCOLORREF( config->GetValue( "Dialog Colors", "Button Text", "255,0,255" ) ); MUSIK_COLOR_BTNHILIGHT = StringToCOLORREF( config->GetValue( "Dialog Colors", "Button Highlight", "255,0,255" ) ); MUSIK_COLOR_BTNSHADOW = StringToCOLORREF( config->GetValue( "Dialog Colors", "Button Shadow", "255,0,255" ) ); MUSIK_COLOR_LISTCTRL = StringToCOLORREF( config->GetValue( "Dialog Colors", "List Background", "255,0,255" ) ); MUSIK_COLOR_LISTCTRLTEXT = StringToCOLORREF( config->GetValue( "Dialog Colors", "List Text", "255,0,255" ) ); MUSIK_COLOR_HIGHLIGHT = StringToCOLORREF( config->GetValue( "Dialog Colors", "Color Highlight", "255,0,255" ) ); MUSIK_COLOR_HIGHLIGHTTEXT = StringToCOLORREF( config->GetValue( "Dialog Colors", "Color Highlight Text", "255,0,255" ) ); ParseColors(); }
WOGLabel* OGSceneConfig::CreateLabel(const QDomElement &element) { WOGLabel* obj = new WOGLabel; obj->id = element.attribute("id"); obj->depth = element.attribute("depth").toDouble(); obj->position = StringToPoint(element.attribute("x") , element.attribute("y")); obj->align = element.attribute("align"); obj->rotation = element.attribute("rotation").toDouble(); obj->scale = element.attribute("scale").toDouble(); obj->overlay = StringToBool(element.attribute("overlay")); obj->screenspace = StringToBool(element.attribute("screenspace")); obj->font = element.attribute("font"); obj->text = element.attribute("text"); return obj; }
void SPIDevice::PopulateWriterOptions(SPIWriter::Options *options) { uint32_t spi_speed; if (StringToInt(m_preferences->GetValue(SPISpeedKey()), &spi_speed)) { options->spi_speed = spi_speed; } bool ce_high; if (StringToBool(m_preferences->GetValue(SPICEKey()), &ce_high)) { options->cs_enable_high = ce_high; } }
bool CWidgetDisplay::InternalLoadFromXml(xmlNode* pSettingsXml, CHTString& rsError) { AdvanceToElementNode(pSettingsXml); while (pSettingsXml) { CHTString sNodeName = (char*)pSettingsXml->name; if (IsSameNoCase(sNodeName, "widget")) { if (!m_pWidgetManager->LoadWidgetSettings(pSettingsXml->children, m_pEngine, rsError)) return false; } else if (IsSameNoCase(sNodeName, "clearscreen")) { if (!StringToBool((char*)pSettingsXml->children->content, m_bClearBackground)) { rsError = "The clearscreen setting was not specified correctly."; return false; } } else if (IsSameNoCase(sNodeName, "include")) { CHTString sIncludeFile = (char*)pSettingsXml->children->content; MungerDataFilePath(sIncludeFile); xmlDocPtr pDoc = xmlReadFile(sIncludeFile, NULL, 0); if (pDoc == NULL) { rsError = "Unable to open include file " + sIncludeFile + "."; return false; } xmlNodePtr pIncludeRoot = xmlDocGetRootElement(pDoc); if (!IsSameNoCase((char*)pIncludeRoot->name, "include")) { xmlFreeDoc(pDoc); rsError = "<include> element must be root element."; return false; } if (!InternalLoadFromXml(pIncludeRoot->children, rsError)) { xmlFreeDoc(pDoc); return false; } xmlFreeDoc(pDoc); } else { cout << "Unrecognized display xml node: " << sNodeName << endl; return false; } pSettingsXml = pSettingsXml->next; AdvanceToElementNode(pSettingsXml); } return true; }
void InverseOrSetBool(bool& container, const std::string& argValue, const bool inverseArg) { if (argValue.empty()) { // toggle container = !container; } else { // set const bool value = StringToBool(argValue); container = inverseArg ? (!value) : (value); } }
bool CAIInterfaceLibraryInfo::IsLookupSupported() const { bool lookupSupported = false; const std::string& lookupSupportedStr = GetInfo(AI_INTERFACE_PROPERTY_SUPPORTS_LOOKUP); if (lookupSupportedStr != DEFAULT_VALUE) { lookupSupported = StringToBool(lookupSupportedStr); } return lookupSupported; }
WOGBallInstance* OGLevelConfig::CreateBallInstance(const QDomElement &element) { WOGBallInstance* obj = new WOGBallInstance; obj->type = element.attribute("type"); obj->x = element.attribute("x").toFloat(); obj->y = element.attribute("y").toFloat(); obj->id = element.attribute("id"); obj->angle = element.attribute("angle").toFloat(); obj->discovered = StringToBool(element.attribute("discovered")); return obj; }
WOGLevel* OGLevelConfig::Parser() { WOGLevel* level = new WOGLevel; level->ballsrequired = rootElement.attribute("ballsrequired").toInt(); level->letterboxed = StringToBool(rootElement.attribute("letterboxed")); level->visualdebug = StringToBool(rootElement.attribute("visualdebug")); level->autobounds = StringToBool(rootElement.attribute("autobounds")); level->textcolor = StringToColor(rootElement.attribute("textcolor")); level->texteffects = StringToBool(rootElement.attribute("texteffects")); level->timebugprobability = rootElement.attribute("timebugprobability").toDouble(); level->strandgeom = StringToBool(rootElement.attribute("strandgeom")); level->allowskip = StringToBool(rootElement.attribute("allowskip")); QDomNode node = rootElement.firstChild(); while (!node.isNull()) { QDomElement domElement = node.toElement(); if (domElement.tagName() == "camera") { level->camera << CreateCamera(domElement); } else if (domElement.tagName() == "music") { level->music.id = domElement.attribute("music"); } else if (domElement.tagName() == "BallInstance") { level->ball << CreateBallInstance(domElement); } else if (domElement.tagName() == "levelexit") { if (!level->levelexit) { level->levelexit = CreateLevelExit(domElement); } } else if (domElement.tagName() == "pipe") { if (!level->pipe) { level->pipe = CreatePipe(domElement); } } else if (domElement.tagName() == "Strand") { level->strand << CreateStrand(domElement); } node = node.nextSibling(); } return level; }
void OGSceneConfig::CreatePObject(WOGPObject* pobject , const QDomElement &element) { pobject->id = element.attribute("id"); if (StringToBool(element.attribute("static"))) { pobject->dynamic = false; } else { pobject->dynamic = true; } pobject->tag = element.attribute("tag", "walkable"); pobject->material = element.attribute("material"); }
/////////////////////////////////////////////////////////////// // // CResource::GetAclRequests // // Get all acl requests for this resource // /////////////////////////////////////////////////////////////// void CResource::GetAclRequests ( std::vector < SAclRequest >& outResultList ) { outResultList.clear (); CAccessControlList* pAutoAcl = FindAutoAcl (); if ( !pAutoAcl ) return; // Get each right for ( std::list < CAccessControlListRight* >::const_iterator iter = pAutoAcl->IterBegin () ; iter != pAutoAcl->IterEnd () ; ++iter ) { CAccessControlListRight* pAclRight = *iter; // Create SAclRequest from ACL SAclRequest request ( CAclRightName ( pAclRight->GetRightType (), pAclRight->GetRightName () ) ); request.bAccess = StringToBool ( pAclRight->GetAttributeValue ( "access" ) ); request.bPending = StringToBool ( pAclRight->GetAttributeValue ( "pending" ) ); request.strWho = pAclRight->GetAttributeValue ( "who" ); request.strDate = pAclRight->GetAttributeValue ( "date" ); outResultList.push_back ( request ); } }
map<string, bool> Config::ReadAssoc(std::string key, map<string, bool> &value) { for (map<string, ConfigEntry>::iterator it = contents.begin(); it != contents.end(); it++) { if (!(*it).first.find(key + "[")) { pair<string, bool> assoc; assoc.first = (*it).first.substr((*it).first.find("[") + 1, (*it).first.length() - (*it).first.find("[") - 2); transform(assoc.first.begin(), assoc.first.end(), assoc.first.begin(), ::tolower); if (value.find(assoc.first) == value.end()) { assoc.second = StringToBool((*it).second.value); value.insert(assoc); } else { value[assoc.first] = StringToBool((*it).second.value); } (*it).second.pointer = &value; (*it).second.type = CTAssocBool; } } return value; }
/////////////////////////////////////////////////////////////// // // CResource::FindAclRequest // // Will fail if right does not have a pending attribute // /////////////////////////////////////////////////////////////// bool CResource::FindAclRequest ( SAclRequest& result ) { if ( !FindAutoAcl () ) return false; CAccessControlListRight* pAclRight = GetAutoAcl ()->GetRight ( result.rightName.GetName (), result.rightName.GetType () ); if ( !pAclRight ) return false; // Fill SAclRequest result.bAccess = StringToBool ( pAclRight->GetAttributeValue ( "access" ) ); result.bPending = StringToBool ( pAclRight->GetAttributeValue ( "pending" ) ); result.strWho = pAclRight->GetAttributeValue ( "who" ); result.strDate = pAclRight->GetAttributeValue ( "date" ); // Ensure not pending and allow if ( result.bPending && result.bAccess ) { result.bAccess = false; CommitAclRequest ( result ); } return pAclRight->GetAttributeValue ( "pending" ) != ""; }
static void SetPropValue( CMFCPropertyGridProperty* pProp, const FieldInfo& info, const CString& value ) { switch( info.m_dt ) { case DT_STRING: pProp->SetValue( ( COleVariant )value ); break; case DT_INT: pProp->SetValue( ( long )_ttoi( value ) ); break; case DT_NUMERIC: pProp->SetValue( _tstof( value ) ); break; case DT_BOOL: pProp->SetValue( ( long )( StringToBool( value ) ? 1 : 0 ) ); break; case DT_DATE: { COleDateTime dt; StringToDataTime( value, dt ); pProp->SetValue( ( COleVariant )dt ); } break; case DT_LIST: if( info.m_lt == LT_STRING ) { pProp->SetValue( ( COleVariant )value ); } else if( info.m_lt == LT_INT ) { pProp->SetValue( ( long )_ttoi( value ) ); } else if( info.m_lt == LT_OBJECT ) { pProp->SetValue( ( COleVariant )value ); } break; default: pProp->SetValue( ( COleVariant )value ); // 默认为字符串类型 break; } }
/* ReadToggle(std::string key, std::string toggle, bool state) * Reads in a toggle from the key->pair * Config Example: * Key: True, VK_A */ Toggle Config::ReadToggle(std::string key, std::string toggle, bool state, Toggle& value) { //Check if configuration value exists. Toggle ret; if (contents.find(key) == contents.end()) { contents[key].key = key; contents[key].value = ((state) ? "True, " : "False, ") + toggle; } contents[key].toggle = &value; contents[key].type = CTToggle; ret.toggle = GetKeyCode(Trim(contents[key].value.substr(contents[key].value.find_first_of(",") + 1)).c_str()).value; ret.state = StringToBool(Trim(contents[key].value.substr(0, contents[key].value.find_first_of(",")))); value = ret; return ret; }
HRESULT SetBoolProperty(bool &dest, const PROPVARIANT &value) { switch(value.vt) { case VT_EMPTY: dest = true; return S_OK; case VT_BOOL: dest = (value.boolVal != VARIANT_FALSE); return S_OK; /* case VT_UI4: dest = (value.ulVal != 0); break; */ case VT_BSTR: return StringToBool(value.bstrVal, dest) ? S_OK : E_INVALIDARG; } return E_INVALIDARG; }
void Label::init(xml::node& node) { base_window::init(node); xml::node setting = node("Font"); if(!setting.empty()) { m_font = m_system.getWindowManager().loadFont(setting.first_child().value()); m_shadow_enabled = setting["shadow"].as_bool(); m_shadow_scale = StringToSize(setting["shadow_scale"].value()); m_shadow_offset = StringToPoint(setting["shadow_offset"].value()); } setting = node("Formatting"); if(!setting.empty()) { m_format = StringToFormatType(setting.first_child().value()); } setting = node("Spacing"); if(!setting.empty()) { m_spacing = (float)atof(setting.first_child().value()); if(m_font) m_font->setSpacing(m_spacing); } setting = node("Centred"); if(!setting.empty()) { m_centred = StringToBool(setting.first_child().value()); } setting = node("Text"); if(!setting.empty()) { m_text = setting.first_child().value(); } }
void ProgressBar::init(xml::node& node) { Progress::init(node); xml::node setting = node("Signed"); if(!setting.empty()) { m_signed = StringToBool(setting.first_child().value()); } xml::node frame = node("Bar"); if(!frame.empty()) { std::string setname = frame["Imageset"].value(); m_imgset = m_system.getWindowManager().loadImageset(setname); if(m_imgset) { const Imageset& set = *m_imgset; m_backImg = set[frame("Background")["Image"].value()]; m_leftImg = set[frame("Left")["Image"].value()]; m_rightImg = set[frame("Right")["Image"].value()]; } } }
bool ParseBoolArgument(int argc, char* argv[], int& currentIndex, bool& value) { int parameterIndex=currentIndex; int argumentIndex=currentIndex+1; currentIndex+=2; if (argumentIndex>=argc) { std::cerr << "Missing parameter after option '" << argv[parameterIndex] << "'" << std::endl; return false; } if (!StringToBool(argv[argumentIndex], value)) { std::cerr << "Cannot parse argument for parameter '" << argv[parameterIndex] << "'" << std::endl; return false; } return true; }
bool Ini::Load(wxString key, const bool def_value) { return StringToBool(m_Config->Read(key, BoolToString(def_value))); }