public override void WriteToWriter(StreamWriter writer)
{
//Start
writer.WriteLine(VerySimpleXml.StartNode(nodeName, 2));
//Name
writer.WriteLine(VerySimpleXml.StartNode(nameNodeName, 3) + name + VerySimpleXml.EndNode(nameNodeName));
//Path
// writer.WriteLine(VerySimpleXml.StartNode(pathNodeName, 3) + path + VerySimpleXml.EndNode(pathNodeName));
//GUID
writer.WriteLine(VerySimpleXml.StartNode(guidNodeName, 3) + guid + VerySimpleXml.EndNode(guidNodeName));
//IMPORT SETTINGS
writer.WriteLine(VerySimpleXml.StartNode("compressionBitrate", 3) + compressionBitrate.ToString() + VerySimpleXml.EndNode("compressionBitrate"));
writer.WriteLine(VerySimpleXml.StartNode("forceToMono", 3) + forceToMono.ToString() + VerySimpleXml.EndNode("forceToMono"));
writer.WriteLine(VerySimpleXml.StartNode("format", 3) + format.ToString() + VerySimpleXml.EndNode("format"));
writer.WriteLine(VerySimpleXml.StartNode("hardware", 3) + hardware.ToString() + VerySimpleXml.EndNode("hardware"));
writer.WriteLine(VerySimpleXml.StartNode("loadType", 3) + loadType.ToString() + VerySimpleXml.EndNode("loadType"));
writer.WriteLine(VerySimpleXml.StartNode("loopable", 3) + loopable.ToString() + VerySimpleXml.EndNode("loopable"));
writer.WriteLine(VerySimpleXml.StartNode("threeD", 3) + threeD.ToString() + VerySimpleXml.EndNode("threeD"));
//End
writer.WriteLine(VerySimpleXml.EndNode(nodeName, 2));
}
public AssetConfiguration(StreamReader reader)
{
assets = new List <Asset>();
string line = string.Empty;
while ((line = reader.ReadLine()) != null)
{
if (line.Contains(VerySimpleXml.EndNode(nodeName)))
{
break;
}
//Name
if (line.Contains(VerySimpleXml.StartNode(nameNodeName)))
{
name = VerySimpleXml.NodeValue(line, nameNodeName);
}
//////////
//ASSETS//
//Audio asset
if (line.Contains(VerySimpleXml.StartNode(AudioAsset.nodeName)))
{
assets.Add(new AudioAsset(reader));
}
//Texture asset
if (line.Contains(VerySimpleXml.StartNode(TextureAsset.nodeName)))
{
assets.Add(new TextureAsset(reader));
}
}
}
public void WriteToWriter(StreamWriter writer)
{
writer.WriteLine(VerySimpleXml.StartNode(nodeName, 1));
//Name
writer.WriteLine(VerySimpleXml.StartNode(nameNodeName, 2) + name + VerySimpleXml.EndNode(nameNodeName));
//Assets
for (int i = 0; i < assets.Count; i++)
{
assets[i].WriteToWriter(writer);
}
writer.WriteLine(VerySimpleXml.EndNode(nodeName, 1));
}
void WriteToFile()
{
//Early out if there are no configurations to write to file
if (configurations.Count == 0)
{
return;
}
StreamWriter writer = new StreamWriter(assetConfigFile.Open(FileMode.Truncate, FileAccess.Write, FileShare.Read));
writer.WriteLine(VerySimpleXml.StartNode("AssetSettings"));
for (int i = 0; i < configurations.Count; i++)
{
configurations[i].WriteToWriter(writer);
}
writer.WriteLine(VerySimpleXml.EndNode("AssetSettings"));
writer.Close();
}
public override void WriteToWriter(StreamWriter writer)
{
//Start
writer.WriteLine(VerySimpleXml.StartNode(nodeName, 2));
//Name
writer.WriteLine(VerySimpleXml.StartNode(nameNodeName, 3) + name + VerySimpleXml.EndNode(nameNodeName));
//Path
// writer.WriteLine(VerySimpleXml.StartNode(pathNodeName, 3) + path + VerySimpleXml.EndNode(pathNodeName));
//GUID
writer.WriteLine(VerySimpleXml.StartNode(guidNodeName, 3) + guid + VerySimpleXml.EndNode(guidNodeName));
//IMPORT SETTINGS
writer.WriteLine(VerySimpleXml.StartNode("anisoLevel", 3) + anisoLevel.ToString() + VerySimpleXml.EndNode("anisoLevel"));
writer.WriteLine(VerySimpleXml.StartNode("borderMipmap", 3) + borderMipmap.ToString() + VerySimpleXml.EndNode("borderMipmap"));
writer.WriteLine(VerySimpleXml.StartNode("convertToNormalmap", 3) + convertToNormalmap.ToString() + VerySimpleXml.EndNode("convertToNormalmap"));
writer.WriteLine(VerySimpleXml.StartNode("correctGamma", 3) + generateMipsInLinearSpace.ToString() + VerySimpleXml.EndNode("correctGamma"));
writer.WriteLine(VerySimpleXml.StartNode("fadeout", 3) + fadeout.ToString() + VerySimpleXml.EndNode("fadeout"));
writer.WriteLine(VerySimpleXml.StartNode("filterMode", 3) + filterMode.ToString() + VerySimpleXml.EndNode("filterMode"));
writer.WriteLine(VerySimpleXml.StartNode("generateCubemap", 3) + generateCubemap.ToString() + VerySimpleXml.EndNode("generateCubemap"));
writer.WriteLine(VerySimpleXml.StartNode("grayscaleToAlpha", 3) + grayscaleToAlpha.ToString() + VerySimpleXml.EndNode("grayscaleToAlpha"));
writer.WriteLine(VerySimpleXml.StartNode("heightmapScale", 3) + heightmapScale.ToString() + VerySimpleXml.EndNode("heightmapScale"));
writer.WriteLine(VerySimpleXml.StartNode("isReadable", 3) + isReadable.ToString() + VerySimpleXml.EndNode("isReadable"));
writer.WriteLine(VerySimpleXml.StartNode("lightmap", 3) + lightmap.ToString() + VerySimpleXml.EndNode("lightmap"));
writer.WriteLine(VerySimpleXml.StartNode("maxTextureSize", 3) + maxTextureSize.ToString() + VerySimpleXml.EndNode("maxTextureSize"));
writer.WriteLine(VerySimpleXml.StartNode("mipMapBias", 3) + mipMapBias.ToString() + VerySimpleXml.EndNode("mipMapBias"));
writer.WriteLine(VerySimpleXml.StartNode("mipmapEnabled", 3) + mipmapEnabled.ToString() + VerySimpleXml.EndNode("mipmapEnabled"));
writer.WriteLine(VerySimpleXml.StartNode("mipmapFadeDistanceEnd", 3) + mipmapFadeDistanceEnd.ToString() + VerySimpleXml.EndNode("mipmapFadeDistanceEnd"));
writer.WriteLine(VerySimpleXml.StartNode("mipmapFadeDistanceStart", 3) + mipmapFadeDistanceStart.ToString() + VerySimpleXml.EndNode("mipmapFadeDistanceStart"));
writer.WriteLine(VerySimpleXml.StartNode("mipmapFilter", 3) + mipmapFilter.ToString() + VerySimpleXml.EndNode("mipmapFilter"));
writer.WriteLine(VerySimpleXml.StartNode("normalmap", 3) + normalmap.ToString() + VerySimpleXml.EndNode("normalmap"));
writer.WriteLine(VerySimpleXml.StartNode("normalmapFilter", 3) + normalmapFilter.ToString() + VerySimpleXml.EndNode("normalmapFilter"));
writer.WriteLine(VerySimpleXml.StartNode("npotScale", 3) + npotScale.ToString() + VerySimpleXml.EndNode("npotScale"));
writer.WriteLine(VerySimpleXml.StartNode("textureFormat", 3) + textureFormat.ToString() + VerySimpleXml.EndNode("textureFormat"));
writer.WriteLine(VerySimpleXml.StartNode("textureType", 3) + textureType.ToString() + VerySimpleXml.EndNode("textureType"));
writer.WriteLine(VerySimpleXml.StartNode("wrapMode", 3) + wrapMode.ToString() + VerySimpleXml.EndNode("wrapMode"));
//End
writer.WriteLine(VerySimpleXml.EndNode(nodeName, 2));
}
public TextureAsset(StreamReader reader)
{
string line = string.Empty;
while ((line = reader.ReadLine()) != null)
{
if (line.Contains(VerySimpleXml.EndNode(nodeName)))
{
break;
}
//Name
if (line.Contains(VerySimpleXml.StartNode(nameNodeName)))
{
name = VerySimpleXml.NodeValue(line, nameNodeName);
}
//Path
if (line.Contains(VerySimpleXml.StartNode(pathNodeName)))
{
guid = AssetDatabase.AssetPathToGUID(VerySimpleXml.NodeValue(line, pathNodeName));
}
if (line.Contains(VerySimpleXml.StartNode(guidNodeName)))
{
guid = VerySimpleXml.NodeValue(line, guidNodeName);
}
//IMPORT SETTINGS
if (line.Contains(VerySimpleXml.StartNode("anisoLevel")))
{
anisoLevel = int.Parse(VerySimpleXml.NodeValue(line, "anisoLevel"));
}
if (line.Contains(VerySimpleXml.StartNode("borderMipmap")))
{
borderMipmap = bool.Parse(VerySimpleXml.NodeValue(line, "borderMipmap"));
}
if (line.Contains(VerySimpleXml.StartNode("convertToNormalmap")))
{
convertToNormalmap = bool.Parse(VerySimpleXml.NodeValue(line, "convertToNormalmap"));
}
if (line.Contains(VerySimpleXml.StartNode("correctGamma")))
{
generateMipsInLinearSpace = bool.Parse(VerySimpleXml.NodeValue(line, "correctGamma"));
}
if (line.Contains(VerySimpleXml.StartNode("fadeout")))
{
fadeout = bool.Parse(VerySimpleXml.NodeValue(line, "fadeout"));
}
if (line.Contains(VerySimpleXml.StartNode("filterMode")))
{
filterMode = (FilterMode)System.Enum.Parse(typeof(FilterMode), VerySimpleXml.NodeValue(line, "filterMode"));
}
if (line.Contains(VerySimpleXml.StartNode("generateCubemap")))
{
generateCubemap = (TextureImporterGenerateCubemap)System.Enum.Parse(typeof(TextureImporterGenerateCubemap), VerySimpleXml.NodeValue(line, "generateCubemap"));
}
if (line.Contains(VerySimpleXml.StartNode("grayscaleToAlpha")))
{
grayscaleToAlpha = bool.Parse(VerySimpleXml.NodeValue(line, "grayscaleToAlpha"));
}
if (line.Contains(VerySimpleXml.StartNode("heightmapScale")))
{
heightmapScale = float.Parse(VerySimpleXml.NodeValue(line, "heightmapScale"));
}
if (line.Contains(VerySimpleXml.StartNode("isReadable")))
{
isReadable = bool.Parse(VerySimpleXml.NodeValue(line, "isReadable"));
}
if (line.Contains(VerySimpleXml.StartNode("lightmap")))
{
lightmap = bool.Parse(VerySimpleXml.NodeValue(line, "lightmap"));
}
if (line.Contains(VerySimpleXml.StartNode("maxTextureSize")))
{
maxTextureSize = int.Parse(VerySimpleXml.NodeValue(line, "maxTextureSize"));
}
if (line.Contains(VerySimpleXml.StartNode("mipMapBias")))
{
mipMapBias = float.Parse(VerySimpleXml.NodeValue(line, "mipMapBias"));
}
if (line.Contains(VerySimpleXml.StartNode("mipmapEnabled")))
{
mipmapEnabled = bool.Parse(VerySimpleXml.NodeValue(line, "mipmapEnabled"));
}
if (line.Contains(VerySimpleXml.StartNode("mipmapFadeDistanceEnd")))
{
mipmapFadeDistanceEnd = int.Parse(VerySimpleXml.NodeValue(line, "mipmapFadeDistanceEnd"));
}
if (line.Contains(VerySimpleXml.StartNode("mipmapFadeDistanceStart")))
{
mipmapFadeDistanceStart = int.Parse(VerySimpleXml.NodeValue(line, "mipmapFadeDistanceStart"));
}
if (line.Contains(VerySimpleXml.StartNode("mipmapFilter")))
{
mipmapFilter = (TextureImporterMipFilter)System.Enum.Parse(typeof(TextureImporterMipFilter), VerySimpleXml.NodeValue(line, "mipmapFilter"));
}
if (line.Contains(VerySimpleXml.StartNode("normalmap")))
{
normalmap = bool.Parse(VerySimpleXml.NodeValue(line, "normalmap"));
}
if (line.Contains(VerySimpleXml.StartNode("normalmapFilter")))
{
normalmapFilter = (TextureImporterNormalFilter)System.Enum.Parse(typeof(TextureImporterNormalFilter), VerySimpleXml.NodeValue(line, "normalmapFilter"));
}
if (line.Contains(VerySimpleXml.StartNode("npotScale")))
{
npotScale = (TextureImporterNPOTScale)System.Enum.Parse(typeof(TextureImporterNPOTScale), VerySimpleXml.NodeValue(line, "npotScale"));
}
if (line.Contains(VerySimpleXml.StartNode("textureFormat")))
{
textureFormat = (TextureImporterFormat)System.Enum.Parse(typeof(TextureImporterFormat), VerySimpleXml.NodeValue(line, "textureFormat"));
}
if (line.Contains(VerySimpleXml.StartNode("textureType")))
{
textureType = (TextureImporterType)System.Enum.Parse(typeof(TextureImporterType), VerySimpleXml.NodeValue(line, "textureType"));
}
if (line.Contains(VerySimpleXml.StartNode("wrapMode")))
{
wrapMode = (TextureWrapMode)System.Enum.Parse(typeof(TextureWrapMode), VerySimpleXml.NodeValue(line, "wrapMode"));
}
}
}
public AudioAsset(StreamReader reader)
{
string line = string.Empty;
while ((line = reader.ReadLine()) != null)
{
if (line.Contains(VerySimpleXml.EndNode(nodeName)))
{
break;
}
//Name
if (line.Contains(VerySimpleXml.StartNode(nameNodeName)))
{
name = VerySimpleXml.NodeValue(line, nameNodeName);
}
//Path
if (line.Contains(VerySimpleXml.StartNode(pathNodeName)))
{
guid = AssetDatabase.AssetPathToGUID(VerySimpleXml.NodeValue(line, pathNodeName));
}
if (line.Contains(VerySimpleXml.StartNode(guidNodeName)))
{
guid = VerySimpleXml.NodeValue(line, guidNodeName);
}
//IMPORT SETTINGS
if (line.Contains(VerySimpleXml.StartNode("compressionBitrate")))
{
compressionBitrate = int.Parse(VerySimpleXml.NodeValue(line, "compressionBitrate"));
}
if (line.Contains(VerySimpleXml.StartNode("forceToMono")))
{
forceToMono = bool.Parse(VerySimpleXml.NodeValue(line, "forceToMono"));
}
if (line.Contains(VerySimpleXml.StartNode("format")))
{
format = (AudioImporterFormat)System.Enum.Parse(typeof(AudioImporterFormat), VerySimpleXml.NodeValue(line, "format"));
}
if (line.Contains(VerySimpleXml.StartNode("hardware")))
{
hardware = bool.Parse(VerySimpleXml.NodeValue(line, "hardware"));
}
if (line.Contains(VerySimpleXml.StartNode("loadType")))
{
loadType = (AudioImporterLoadType)System.Enum.Parse(typeof(AudioImporterLoadType), VerySimpleXml.NodeValue(line, "loadType"));
}
if (line.Contains(VerySimpleXml.StartNode("loopable")))
{
loopable = bool.Parse(VerySimpleXml.NodeValue(line, "loopable"));
}
if (line.Contains(VerySimpleXml.StartNode("threeD")))
{
threeD = bool.Parse(VerySimpleXml.NodeValue(line, "threeD"));
}
}
}