/// <summary>
/// loads configfile and prepares it with all needed lists
/// </summary>
/// <returns></returns>
public static WeldingConfiguration loadConfig()
{
WeldingConfiguration configuration = new WeldingConfiguration();
ModuleLists moduleList = new ModuleLists();
FileStream FileStream;
if (System.IO.File.Exists(_configFile))
{
XmlSerializer configSerializer = new XmlSerializer(typeof(WeldingConfiguration));
configSerializer.UnknownNode += new XmlNodeEventHandler(serializer_UnknownNode);
configSerializer.UnknownAttribute += new XmlAttributeEventHandler(serializer_UnknownAttribute);
FileStream = new FileStream(_configFile, FileMode.Open);
configuration = (WeldingConfiguration)configSerializer.Deserialize(FileStream);
FileStream.Close();
if (configuration.MainWindowXPosition > (Screen.width - Constants.guiScreenEdgeClearance))
{
configuration.MainWindowXPosition = Screen.width - Constants.guiScreenEdgeClearance;
}
if (configuration.MainWindowYPosition > (Screen.height - Constants.guiScreenEdgeClearance))
{
configuration.MainWindowYPosition = Screen.height - Constants.guiScreenEdgeClearance;
}
FileStream.Close();
}
if (System.IO.File.Exists(_moduleListFile))
{
XmlSerializer moduleListSerializer = new XmlSerializer(typeof(ModuleLists));
moduleListSerializer.UnknownNode += new XmlNodeEventHandler(serializer_UnknownNode);
moduleListSerializer.UnknownAttribute += new XmlAttributeEventHandler(serializer_UnknownAttribute);
FileStream = new FileStream(_moduleListFile, FileMode.Open);
moduleList = (ModuleLists)moduleListSerializer.Deserialize(FileStream);
FileStream.Close();
configuration.vector2CurveModules = WeldingHelpers.convertFromToStringArray(moduleList.vector2CurveModules);
configuration.vector4CurveModules = WeldingHelpers.convertFromToStringArray(moduleList.vector4CurveModules);
configuration.subModules = WeldingHelpers.convertFromToStringArray(moduleList.subModules);
configuration.modulesToIgnore = WeldingHelpers.convertFromToStringArray(moduleList.modulesToIgnore);
configuration.averagedModuleAttributes = WeldingHelpers.convertFromToStringArray(moduleList.averagedModuleAttributes);
configuration.unchangedModuleAttributes = WeldingHelpers.convertFromToStringArray(moduleList.unchangedModuleAttributes);
configuration.breakingModuleAttributes = WeldingHelpers.convertFromToStringArray(moduleList.breakingModuleAttributes);
FileStream.Close();
}
else
{
configuration.vector2CurveModules = Constants.basicVector2CurveModules;
configuration.vector4CurveModules = Constants.basicVector4CurveModules;
configuration.subModules = Constants.basicSubModules;
configuration.modulesToIgnore = Constants.basicModulesToIgnore;
configuration.averagedModuleAttributes = Constants.basicAveragedModuleAttributes;
configuration.unchangedModuleAttributes = Constants.basicUnchangedModuleAttributes;
configuration.breakingModuleAttributes = Constants.basicBreakingModuleAttributes;
}
Debug.Log(string.Format("{0} Config was loaded", Constants.logPrefix));
return(configuration);
}
private static void saveConfig(WeldingConfiguration configToSave, String configFullPathName, String moduleFullPathName)
{
WeldingConfiguration configuration = (WeldingConfiguration)configToSave.clone();
ModuleLists moduleList = new ModuleLists();
TextWriter fileStreamWriter;
if (configuration == null)
{
configuration = new WeldingConfiguration();
}
configuration.vector2CurveModules = null;
configuration.vector4CurveModules = null;
configuration.subModules = null;
configuration.modulesToIgnore = null;
configuration.modulesToMultiply = null;
configuration.maximizedModuleAttributes = null;
configuration.minimizedModuleAttributes = null;
configuration.averagedModuleAttributes = null;
configuration.unchangedModuleAttributes = null;
configuration.breakingModuleAttributes = null;
XmlSerializer configSerializer = new XmlSerializer(typeof(WeldingConfiguration));
fileStreamWriter = new StreamWriter(configFullPathName);
configSerializer.Serialize(fileStreamWriter, configuration);
fileStreamWriter.Close();
//ModuleList from the constants or the actual config, depending on length of the array, in case user did add some entries
moduleList.vector2CurveModules = WeldingHelpers.convertStringFromToArray(configToSave.vector2CurveModules != null && (configToSave.vector2CurveModules.Length > Constants.basicVector2CurveModules.Length) ? configToSave.vector2CurveModules : Constants.basicVector2CurveModules);
moduleList.vector4CurveModules = WeldingHelpers.convertStringFromToArray(configToSave.vector4CurveModules != null && (configToSave.vector4CurveModules.Length > Constants.basicVector4CurveModules.Length) ? configToSave.vector4CurveModules : Constants.basicVector4CurveModules);
moduleList.subModules = WeldingHelpers.convertStringFromToArray(configToSave.subModules != null && (configToSave.subModules.Length > Constants.basicSubModules.Length) ? configToSave.subModules : Constants.basicSubModules);
moduleList.modulesToIgnore = WeldingHelpers.convertStringFromToArray(configToSave.modulesToIgnore != null && (configToSave.modulesToIgnore.Length > Constants.basicModulesToIgnore.Length) ? configToSave.modulesToIgnore : Constants.basicModulesToIgnore);
moduleList.modulesToMultiply = WeldingHelpers.convertStringFromToArray(configToSave.modulesToMultiply != null && (configToSave.modulesToMultiply.Length > Constants.basicModulesToMultiply.Length) ? configToSave.modulesToMultiply : Constants.basicModulesToMultiply);
moduleList.maximizedModuleAttributes = WeldingHelpers.convertStringFromToArray(configToSave.maximizedModuleAttributes != null && (configToSave.maximizedModuleAttributes.Length > Constants.basicMaximizedModuleAttributes.Length) ? configToSave.maximizedModuleAttributes : Constants.basicMaximizedModuleAttributes);
moduleList.minimizedModuleAttributes = WeldingHelpers.convertStringFromToArray(configToSave.minimizedModuleAttributes != null && (configToSave.minimizedModuleAttributes.Length > Constants.basicMinimizedModuleAttributes.Length) ? configToSave.minimizedModuleAttributes : Constants.basicMinimizedModuleAttributes);
moduleList.averagedModuleAttributes = WeldingHelpers.convertStringFromToArray(configToSave.averagedModuleAttributes != null && (configToSave.averagedModuleAttributes.Length > Constants.basicAveragedModuleAttributes.Length) ? configToSave.averagedModuleAttributes : Constants.basicAveragedModuleAttributes);
moduleList.unchangedModuleAttributes = WeldingHelpers.convertStringFromToArray(configToSave.unchangedModuleAttributes != null && (configToSave.unchangedModuleAttributes.Length > Constants.basicUnchangedModuleAttributes.Length) ? configToSave.unchangedModuleAttributes : Constants.basicUnchangedModuleAttributes);
moduleList.breakingModuleAttributes = WeldingHelpers.convertStringFromToArray(configToSave.breakingModuleAttributes != null && (configToSave.breakingModuleAttributes.Length > Constants.basicBreakingModuleAttributes.Length) ? configToSave.breakingModuleAttributes : Constants.basicBreakingModuleAttributes);
XmlSerializer moduleListSerializer = new XmlSerializer(typeof(ModuleLists));
fileStreamWriter = new StreamWriter(moduleFullPathName);
moduleListSerializer.Serialize(fileStreamWriter, moduleList);
fileStreamWriter.WriteLine("");
foreach (string s in comments)
{
fileStreamWriter.WriteLine(s);
}
fileStreamWriter.Close();
Log.dbg("Config was saved");
}
/// <summary>
/// saves the config file and the modulelist file so that it is possible to change them without the need to recompile
/// </summary>
/// <param name="configToSave"></param>
public static void saveConfig(WeldingConfiguration configToSave)
{
WeldingConfiguration configuration = (WeldingConfiguration)configToSave.clone();
ModuleLists moduleList = new ModuleLists();
TextWriter fileStreamWriter;
if (configuration == null)
{
configuration = new WeldingConfiguration();
}
configuration.vector2CurveModules = null;
configuration.vector4CurveModules = null;
configuration.subModules = null;
configuration.modulesToIgnore = null;
configuration.averagedModuleAttributes = null;
configuration.unchangedModuleAttributes = null;
configuration.breakingModuleAttributes = null;
XmlSerializer configSerializer = new XmlSerializer(typeof(WeldingConfiguration));
fileStreamWriter = new StreamWriter(_configFile);
configSerializer.Serialize(fileStreamWriter, configuration);
fileStreamWriter.Close();
//ModuleList from the constants or the actual config, depending on length of the array, in case user did add some entries
moduleList.vector2CurveModules = WeldingHelpers.convertStringFromToArray(configToSave.vector2CurveModules.Length > Constants.basicVector2CurveModules.Length ? configToSave.vector2CurveModules : Constants.basicVector2CurveModules);
moduleList.vector4CurveModules = WeldingHelpers.convertStringFromToArray(configToSave.vector4CurveModules.Length > Constants.basicVector4CurveModules.Length ? configToSave.vector4CurveModules: Constants.basicVector4CurveModules);
moduleList.subModules = WeldingHelpers.convertStringFromToArray(configToSave.subModules.Length > Constants.basicSubModules.Length ?configToSave.subModules: Constants.basicSubModules);
moduleList.modulesToIgnore = WeldingHelpers.convertStringFromToArray(configToSave.modulesToIgnore.Length > Constants.basicModulesToIgnore.Length ? configToSave.modulesToIgnore : Constants.basicModulesToIgnore);
moduleList.averagedModuleAttributes = WeldingHelpers.convertStringFromToArray(configToSave.averagedModuleAttributes.Length > Constants.basicAveragedModuleAttributes.Length ? configToSave.averagedModuleAttributes:Constants.basicAveragedModuleAttributes);
moduleList.unchangedModuleAttributes = WeldingHelpers.convertStringFromToArray(configToSave.unchangedModuleAttributes.Length > Constants.basicUnchangedModuleAttributes.Length ? configToSave.unchangedModuleAttributes: Constants.basicUnchangedModuleAttributes);
moduleList.breakingModuleAttributes = WeldingHelpers.convertStringFromToArray(configToSave.breakingModuleAttributes.Length > Constants.basicBreakingModuleAttributes.Length ? configToSave.breakingModuleAttributes : Constants.basicBreakingModuleAttributes);
XmlSerializer moduleListSerializer = new XmlSerializer(typeof(ModuleLists));
fileStreamWriter = new StreamWriter(_moduleListFile);
moduleListSerializer.Serialize(fileStreamWriter, moduleList);
fileStreamWriter.WriteLine("");
foreach (string s in comments)
{
fileStreamWriter.WriteLine(s);
}
fileStreamWriter.Close();
Debug.Log(string.Format("{0} Config was saved", Constants.logPrefix));
}
/// <summary>
/// loads configfile and prepares it with all needed lists
/// </summary>
/// <returns></returns>
public static WeldingConfiguration loadConfig()
{
WeldingConfiguration configuration = new WeldingConfiguration();
ModuleLists moduleList = new ModuleLists();
FileStream FileStream = null;
try {
XmlSerializer configSerializer = new XmlSerializer(typeof(WeldingConfiguration));
configSerializer.UnknownNode += new XmlNodeEventHandler(serializer_UnknownNode);
configSerializer.UnknownAttribute += new XmlAttributeEventHandler(serializer_UnknownAttribute);
FileStream = new FileStream(CONFIG_FULLPATHNAME, FileMode.Open);
configuration = (WeldingConfiguration)configSerializer.Deserialize(FileStream);
if (configuration.MainWindowXPosition > (Screen.width - Constants.guiScreenEdgeClearance))
{
configuration.MainWindowXPosition = Screen.width - Constants.guiScreenEdgeClearance;
}
if (configuration.MainWindowYPosition > (Screen.height - Constants.guiScreenEdgeClearance))
{
configuration.MainWindowYPosition = Screen.height - Constants.guiScreenEdgeClearance;
}
} catch (Exception e) {
configuration = new WeldingConfiguration();
Log.warn(String.Format("{0} : {1}", CONFIG_FULLPATHNAME, e.Message));
} finally {
if (null != FileStream)
{
FileStream.Close();
}
FileStream = null;
}
try {
XmlSerializer moduleListSerializer = new XmlSerializer(typeof(ModuleLists));
moduleListSerializer.UnknownNode += new XmlNodeEventHandler(serializer_UnknownNode);
moduleListSerializer.UnknownAttribute += new XmlAttributeEventHandler(serializer_UnknownAttribute);
FileStream = new FileStream(MODULELIST_FULLPATHNAME, FileMode.Open);
moduleList = (ModuleLists)moduleListSerializer.Deserialize(FileStream);
configuration.vector2CurveModules = moduleList.vector2CurveModules != null?WeldingHelpers.convertFromToStringArray(moduleList.vector2CurveModules) : new string[0];
configuration.vector4CurveModules = moduleList.vector4CurveModules != null?WeldingHelpers.convertFromToStringArray(moduleList.vector4CurveModules) : new string[0];
configuration.subModules = moduleList.subModules != null?WeldingHelpers.convertFromToStringArray(moduleList.subModules) : new string[0];
configuration.modulesToIgnore = moduleList.modulesToIgnore != null?WeldingHelpers.convertFromToStringArray(moduleList.modulesToIgnore) : new string[0];
configuration.modulesToMultiply = moduleList.modulesToMultiply != null?WeldingHelpers.convertFromToStringArray(moduleList.modulesToMultiply) : new string[0];
configuration.maximizedModuleAttributes = moduleList.maximizedModuleAttributes != null?WeldingHelpers.convertFromToStringArray(moduleList.maximizedModuleAttributes) : new string[0];
configuration.minimizedModuleAttributes = moduleList.minimizedModuleAttributes != null?WeldingHelpers.convertFromToStringArray(moduleList.minimizedModuleAttributes) : new string[0];
configuration.averagedModuleAttributes = moduleList.averagedModuleAttributes != null?WeldingHelpers.convertFromToStringArray(moduleList.averagedModuleAttributes) : new string[0];
configuration.unchangedModuleAttributes = moduleList.unchangedModuleAttributes != null?WeldingHelpers.convertFromToStringArray(moduleList.unchangedModuleAttributes) : new string[0];
configuration.breakingModuleAttributes = moduleList.breakingModuleAttributes != null?WeldingHelpers.convertFromToStringArray(moduleList.breakingModuleAttributes) : new string[0];
} catch (Exception e) {
configuration.vector2CurveModules = Constants.basicVector2CurveModules;
configuration.vector4CurveModules = Constants.basicVector4CurveModules;
configuration.subModules = Constants.basicSubModules;
configuration.modulesToIgnore = Constants.basicModulesToIgnore;
configuration.modulesToMultiply = Constants.basicModulesToMultiply;
configuration.maximizedModuleAttributes = Constants.basicMaximizedModuleAttributes;
configuration.minimizedModuleAttributes = Constants.basicMinimizedModuleAttributes;
configuration.averagedModuleAttributes = Constants.basicAveragedModuleAttributes;
configuration.unchangedModuleAttributes = Constants.basicUnchangedModuleAttributes;
configuration.breakingModuleAttributes = Constants.basicBreakingModuleAttributes;
Log.warn(String.Format("{0} : {1}", CONFIG_FULLPATHNAME, e.Message));
} finally {
if (null != FileStream)
{
FileStream.Close();
}
FileStream = null;
}
Log.dbg("Config was loaded");
return(configuration);
}
