private void LoadAudioConfiguration()
{
// Default settings
maxSoundSourceCount = 3;
fadeTime = 0;
fadeOn = false;
if (!XmlDataParser.ExistsInResourcesXmlFile(BaseEngineConstants.AudioResConfigurationPath, BaseEngineConstants.AudioConfigurationShortFileName))
{
return;
}
XmlDocument xmlDocument = XmlDataParser.LoadXmlDocumentFromResources(BaseEngineConstants.AudioResConfigurationPath, BaseEngineConstants.AudioConfigurationShortFileName);
XmlNode rootNode = XmlDataParser.FindUniqueTag(xmlDocument, "AudioData");
if (!XmlDataParser.IsAnyTagInChildExist(rootNode, "AudioConfiguration"))
{
return;
}
XmlNode configNode = XmlDataParser.FindUniqueTagInChild(rootNode, "AudioConfiguration");
maxSoundSourceCount = int.Parse(configNode.Attributes ["SoundSourceCount"].Value);
fadeTime = AEngineTool.ParseFloat(configNode.Attributes ["fade"].Value, 0f);
fadeOn = bool.Parse(configNode.Attributes ["fadeOn"].Value);
}
private void InitConfiguration()
{
if (audioData == null)
{
audioData = new Dictionary <string, AudioBlock> ();
}
else
{
audioData.Clear();
}
if (!XmlDataParser.ExistsInProjectXmlFile(BaseEngineConstants.AudioConfigurationPath, BaseEngineConstants.AudioConfigurationShortFileName))
{
CreateStandardXmlDocument();
}
XmlDocument xmlDocument = XmlDataParser.LoadXmlDocumentFromProject(BaseEngineConstants.AudioConfigurationPath, BaseEngineConstants.AudioConfigurationShortFileName);
XmlNode rootNode = XmlDataParser.FindUniqueTag(xmlDocument, "AudioData");
if (XmlDataParser.IsAnyTagInChildExist(rootNode, "AudioSettings"))
{
XmlNode defaultNode = XmlDataParser.FindUniqueTagInChild(rootNode, "AudioSettings");
defaultSetting.useMusic = bool.Parse(defaultNode.Attributes ["useMusic"].Value);
defaultSetting.musicVolume = AEngineTool.ParseFloat(defaultNode.Attributes["musicVolume"].Value, 1f);
defaultSetting.useSound = bool.Parse(defaultNode.Attributes ["useSound"].Value);
defaultSetting.soundVolume = AEngineTool.ParseFloat(defaultNode.Attributes["soundVolume"].Value, 1f);
}
if (XmlDataParser.IsAnyTagInChildExist(rootNode, "AudioConfiguration"))
{
XmlNode configNode = XmlDataParser.FindUniqueTagInChild(rootNode, "AudioConfiguration");
soundSourceCount = int.Parse(configNode.Attributes ["SoundSourceCount"].Value);
fadeTime = AEngineTool.ParseFloat(configNode.Attributes["fade"].Value, 0f);
useFadeOn = bool.Parse(configNode.Attributes ["fadeOn"].Value);
}
if (!XmlDataParser.IsAnyTagInChildExist(rootNode, "AudioBlock"))
{
return;
}
foreach (XmlNode item in XmlDataParser.FindAllTagsInChild(rootNode, "AudioBlock"))
{
string key = item.Attributes ["Name"].Value;
if (!audioData.ContainsKey(key))
{
audioData.Add(key, new AudioBlock());
audioData [key].LoadFromXml(item);
}
else
{
Debug.LogError("Some equals audio blocks name");
}
}
}
public void LoadFromXml(XmlNode target)
{
name = target.Attributes ["Name"].Value;
if (music == null)
{
music = new MusicTrackList();
}
if (sound == null)
{
sound = new SoundTrackList();
}
music.Clear();
sound.Clear();
if (XmlDataParser.IsAnyTagInChildExist(target, "Music"))
{
XmlNode musicNode = XmlDataParser.FindUniqueTagInChild(target, "Music");
if (XmlDataParser.IsAnyTagInChildExist(musicNode, "Track"))
{
if (musicNode.Attributes ["DelayBetweenTracks"] != null)
{
music.delay = AEngineTool.ParseFloat(musicNode.Attributes ["DelayBetweenTracks"].Value, 0f);
}
if (musicNode.Attributes ["MusicNotReplyLength"] != null)
{
music.musicNotReplyCount = int.Parse(musicNode.Attributes ["MusicNotReplyLength"].Value);
}
foreach (XmlNode musicTrack in XmlDataParser.FindAllTagsInChild(musicNode, "Track"))
{
Track track = LoadTrackFromXml(musicTrack);
music.tracks.Add(track.name, track);
if (musicTrack.Attributes ["Special"] == null)
{
music.AddTrackToBackgroundMusic(track);
}
}
}
}
if (XmlDataParser.IsAnyTagInChildExist(target, "Sound"))
{
XmlNode soundNode = XmlDataParser.FindUniqueTagInChild(target, "Sound");
if (XmlDataParser.IsAnyTagInChildExist(soundNode, "Track"))
{
foreach (XmlNode soundTrack in XmlDataParser.FindAllTagsInChild(soundNode, "Track"))
{
Track track = LoadTrackFromXml(soundTrack);
sound.tracks.Add(track.name, track);
}
}
}
}
private void LoadAudioSettings()
{
XmlDocument xmlDocument;
bool needSave = false;
if (!XmlDataParser.ExistsXmlFile(BaseEngineConstants.BaseSettingsPath, BaseEngineConstants.AudioSettingsShortFileName))
{
if (!XmlDataParser.ExistsInResourcesXmlFile(BaseEngineConstants.AudioResConfigurationPath, BaseEngineConstants.AudioConfigurationShortFileName))
{
SaveAudioSettings();
xmlDocument = XmlDataParser.LoadXmlDocumentFromFile(BaseEngineConstants.BaseSettingsPath, BaseEngineConstants.AudioSettingsShortFileName);
}
else
{
xmlDocument = XmlDataParser.LoadXmlDocumentFromResources(BaseEngineConstants.AudioResConfigurationPath, BaseEngineConstants.AudioConfigurationShortFileName);
needSave = true;
}
}
else
{
xmlDocument = XmlDataParser.LoadXmlDocumentFromFile(BaseEngineConstants.BaseSettingsPath, BaseEngineConstants.AudioSettingsShortFileName);
}
if (!XmlDataParser.IsAnyTagExist(xmlDocument, "AudioData"))
{
Debug.Log("AudioData not founded");
return;
}
XmlNode rootNode = XmlDataParser.FindUniqueTag(xmlDocument, "AudioData");
if (!XmlDataParser.IsAnyTagInChildExist(rootNode, "AudioSettings"))
{
Debug.Log("AudioSettings not founded");
return;
}
XmlNode audioNode = XmlDataParser.FindUniqueTagInChild(rootNode, "AudioSettings");
isMusic = bool.Parse(audioNode.Attributes ["useMusic"].Value);
musicVolumme = AEngineTool.ParseFloat(audioNode.Attributes ["musicVolume"].Value, 1f);
isSound = bool.Parse(audioNode.Attributes ["useSound"].Value);
soundVolumme = AEngineTool.ParseFloat(audioNode.Attributes ["soundVolume"].Value, 1f);
if (needSave)
{
SaveAudioSettings();
}
}
private Track LoadTrackFromXml(XmlNode target)
{
Track track = new Track();
track.name = target.Attributes ["Name"].Value;
if (target.Attributes ["Path"] != null)
{
track.path = target.Attributes ["Path"].Value;
}
if (target.Attributes ["Volume"] != null)
{
track.Volume = AEngineTool.ParseFloat(target.Attributes ["Volume"].Value, 1f);
}
return(track);
}
