bool Emulator_Implementation_SaveSettings()
{
	currentconfig.SetInt("PS3General::ControlScheme",Settings.ControlScheme);
	currentconfig.SetBool("FCEU::GameGenie",Settings.FCEUGameGenie);
	currentconfig.SetBool("PS3General::KeepAspect",Settings.PS3KeepAspect);
	currentconfig.SetBool("PS3General::Smooth", Settings.PS3Smooth);
	currentconfig.SetBool("PS3General::OverscanEnabled", Settings.PS3OverscanEnabled);
	currentconfig.SetInt("PS3General::OverscanAmount",Settings.PS3OverscanAmount);
	currentconfig.SetInt("PS3General::Throttled",Settings.Throttled);
	currentconfig.SetBool("PS3General::PS3PALTemporalMode60Hz",Settings.PS3PALTemporalMode60Hz);
	currentconfig.SetInt("FCEU::Controlstyle",Settings.FCEUControlstyle);
	currentconfig.SetBool("FCEU::DisableSpriteLimitation",Settings.FCEUDisableSpriteLimitation);
	currentconfig.SetString("PS3General::PS3CurrentShader",Graphics->GetFragmentShaderPath());
	currentconfig.SetUInt("PS3General::PS3CurrentResolution",Graphics->GetCurrentResolution());
	currentconfig.SetString("PS3Paths::PathSaveStates",Settings.PS3PathSaveStates);
	currentconfig.SetString("PS3Paths::PathCheats",Settings.PS3PathCheats);
	currentconfig.SetString("PS3Paths::PathROMDirectory",Settings.PS3PathROMDirectory);
	currentconfig.SetString("PS3Paths::PathSRAM",Settings.PS3PathSRAM);
	currentconfig.SetString("PS3Paths::PathBaseDirectory",Settings.PS3PathBaseDirectory);
	currentconfig.SetString("PS3Paths::PathScreenshots",Settings.PS3PathScreenshots);
	currentconfig.SetString("RSound::RSoundServerIPAddress",Settings.RSoundServerIPAddress);
	currentconfig.SetBool("RSound::RSoundEnabled",Settings.RSoundEnabled);
	Emulator_Implementation_SaveCustomControls(false);
	return currentconfig.SaveTo(SYS_CONFIG_FILE);
}
示例#2
0
	void Set(ConfigFile& conf) {
		switch(type)
		{
			case CIT_BOOL:
				if(size	== 1) conf.SetBool(name, 0!=(*(uint8 *)addr), "TRUE","FALSE", comment);
				if(size	== 2) conf.SetBool(name, 0!=(*(uint16*)addr), "TRUE","FALSE", comment);
				if(size	== 4) conf.SetBool(name, 0!=(*(uint32*)addr), "TRUE","FALSE", comment);
				if(size	== 8) conf.SetBool(name, 0!=(*(uint64*)addr), "TRUE","FALSE", comment);
				break;
			case CIT_BOOLONOFF:
				if(size	== 1) conf.SetBool(name, 0!=(*(uint8 *)addr), "ON","OFF", comment);
				if(size	== 2) conf.SetBool(name, 0!=(*(uint16*)addr), "ON","OFF", comment);
				if(size	== 4) conf.SetBool(name, 0!=(*(uint32*)addr), "ON","OFF", comment);
				if(size	== 8) conf.SetBool(name, 0!=(*(uint64*)addr), "ON","OFF", comment);
				break;
			case CIT_INT:
				if(size	== 1) conf.SetInt(name,	(int32)(*(uint8	*)addr), comment);
				if(size	== 2) conf.SetInt(name,	(int32)(*(uint16*)addr), comment);
				if(size	== 4) conf.SetInt(name,	(int32)(*(uint32*)addr), comment);
				if(size	== 8) conf.SetInt(name,	(int32)(*(uint64*)addr), comment);
				break;
			case CIT_UINT:
				if(size	== 1) conf.SetUInt(name, (uint32)(*(uint8 *)addr), 10, comment);
				if(size	== 2) conf.SetUInt(name, (uint32)(*(uint16*)addr), 10, comment);
				if(size	== 4) conf.SetUInt(name, (uint32)(*(uint32*)addr), 10, comment);
				if(size	== 8) conf.SetUInt(name, (uint32)(*(uint64*)addr), 10, comment);
				break;
			case CIT_STRING:
				if((TCHAR*)addr)
					conf.SetString(name, std::string(_tToChar((TCHAR*)addr)), comment);
				break;
			case CIT_INVBOOL:
				if(size	== 1) conf.SetBool(name, 0==(*(uint8 *)addr), "TRUE","FALSE", comment);
				if(size	== 2) conf.SetBool(name, 0==(*(uint16*)addr), "TRUE","FALSE", comment);
				if(size	== 4) conf.SetBool(name, 0==(*(uint32*)addr), "TRUE","FALSE", comment);
				if(size	== 8) conf.SetBool(name, 0==(*(uint64*)addr), "TRUE","FALSE", comment);
				break;
			case CIT_INVBOOLONOFF:
				if(size	== 1) conf.SetBool(name, 0==(*(uint8 *)addr), "ON","OFF", comment);
				if(size	== 2) conf.SetBool(name, 0==(*(uint16*)addr), "ON","OFF", comment);
				if(size	== 4) conf.SetBool(name, 0==(*(uint32*)addr), "ON","OFF", comment);
				if(size	== 8) conf.SetBool(name, 0==(*(uint64*)addr), "ON","OFF", comment);
				break;
			case CIT_VKEY:
				{
					uint16 keyNum = 0;
					if(size	== 1) keyNum = (uint8)(*(uint8 *)addr);
					if(size	== 2) keyNum = (uint16)(*(uint16*)addr);
					if(size	== 4) keyNum = (uint16)(*(uint32*)addr);
					if(size	== 8) keyNum = (uint16)(*(uint64*)addr);
					if(keyNum < 256) conf.SetString(name, keyToString[keyNum], comment);
					else if(keyNum & 0x8000) {
						char temp [128];
						extern void TranslateKey(WORD keyz,char *out);
						TranslateKey(keyNum,temp);
						conf.SetString(name, temp, comment);
					}
					else conf.SetUInt(name, keyNum, 16, comment);
				}
				break;
			case CIT_VKEYMOD:
				{
					uint16 modNum = 0;
					if(size	== 1) modNum = (uint8)(*(uint8 *)addr);
					if(size	== 2) modNum = (uint16)(*(uint16*)addr);
					if(size	== 4) modNum = (uint16)(*(uint32*)addr);
					if(size	== 8) modNum = (uint16)(*(uint64*)addr);
					std::string modStr;
					if(modNum & CUSTKEY_CTRL_MASK) modStr += "Ctrl ";
					if(modNum & CUSTKEY_ALT_MASK) modStr += "Alt ";
					if(modNum & CUSTKEY_SHIFT_MASK) modStr += "Shift ";
					if(!(modNum & (CUSTKEY_CTRL_MASK|CUSTKEY_ALT_MASK|CUSTKEY_SHIFT_MASK))) modStr = "none";
					else modStr.erase(modStr.length()-1);
					conf.SetString(name, modStr, comment);
				}
				break;
		}
	}