static void SortByText(BuildReportTool.SizePart[] assetList, BuildReportTool.AssetList.SortOrder sortOrder, Func <string, string, int> compare)
{
if (sortOrder == BuildReportTool.AssetList.SortOrder.Descending)
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
int sortTextureTypeResult = compare(entry1.GetTextAuxData(), entry2.GetTextAuxData());
if (sortTextureTypeResult != 0)
{
return(sortTextureTypeResult);
}
// same texture type
// sort by asset size for assets with same texture types
if (entry1.UsableSize > entry2.UsableSize)
{
return(-1);
}
if (entry1.UsableSize < entry2.UsableSize)
{
return(1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameDescending(entry1, entry2));
});
}
else
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
int sortTextureTypeResult = compare(entry2.GetTextAuxData(), entry1.GetTextAuxData());
if (sortTextureTypeResult != 0)
{
return(sortTextureTypeResult);
}
// same texture type
// sort by asset size for assets with same texture types
if (entry1.UsableSize > entry2.UsableSize)
{
return(1);
}
if (entry1.UsableSize < entry2.UsableSize)
{
return(-1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameAscending(entry1, entry2));
});
}
}
static void SortByFloat(BuildReportTool.SizePart[] assetList, BuildReportTool.AssetList.SortOrder sortOrder)
{
if (sortOrder == BuildReportTool.AssetList.SortOrder.Descending)
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
int sortResult = entry1.GetFloatAuxData().CompareTo(entry2.GetFloatAuxData());
if (sortResult != 0)
{
return(sortResult);
}
// same texture data
// sort by asset size for assets with texture data
if (entry1.UsableSize > entry2.UsableSize)
{
return(-1);
}
if (entry1.UsableSize < entry2.UsableSize)
{
return(1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameDescending(entry1, entry2));
});
}
else
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
int sortResult = entry2.GetFloatAuxData().CompareTo(entry1.GetFloatAuxData());
if (sortResult != 0)
{
return(sortResult);
}
// same texture data
// sort by asset size for assets with same texture data
if (entry1.UsableSize > entry2.UsableSize)
{
return(1);
}
if (entry1.UsableSize < entry2.UsableSize)
{
return(-1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameAscending(entry1, entry2));
});
}
}
static void SortAssetName(BuildReportTool.SizePart[] assetList, BuildReportTool.AssetList.SortOrder sortOrder)
{
if (sortOrder == BuildReportTool.AssetList.SortOrder.Descending)
{
Array.Sort(assetList, SortByAssetNameDescending);
}
else
{
Array.Sort(assetList, SortByAssetNameAscending);
}
}
static void SortImportedSizeOrRawSize(BuildReportTool.SizePart[] assetList, BuildReportTool.AssetList.SortOrder sortOrder)
{
if (sortOrder == BuildReportTool.AssetList.SortOrder.Descending)
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
if (entry1.ImportedSizeOrRawSize > entry2.ImportedSizeOrRawSize)
{
return(-1);
}
if (entry1.ImportedSizeOrRawSize < entry2.ImportedSizeOrRawSize)
{
return(1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameDescending(entry1, entry2));
});
}
else
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
if (entry1.ImportedSizeOrRawSize > entry2.ImportedSizeOrRawSize)
{
return(1);
}
if (entry1.ImportedSizeOrRawSize < entry2.ImportedSizeOrRawSize)
{
return(-1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameAscending(entry1, entry2));
});
}
}
static void SortPercentSize(BuildReportTool.SizePart[] assetList, BuildReportTool.AssetList.SortOrder sortOrder)
{
if (sortOrder == BuildReportTool.AssetList.SortOrder.Descending)
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
if (entry1.Percentage > entry2.Percentage)
{
return(-1);
}
if (entry1.Percentage < entry2.Percentage)
{
return(1);
}
// same percent
// sort by asset name for assets with same percent
return(SortByAssetFullPathDescending(entry1, entry2));
});
}
else
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
if (entry1.Percentage > entry2.Percentage)
{
return(1);
}
if (entry1.Percentage < entry2.Percentage)
{
return(-1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetFullPathAscending(entry1, entry2));
});
}
}
static void SortSizeBeforeBuild(BuildReportTool.SizePart[] assetList, BuildReportTool.AssetList.SortOrder sortOrder)
{
if (sortOrder == BuildReportTool.AssetList.SortOrder.Descending)
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
if (entry1.SizeInAssetsFolderBytes > entry2.SizeInAssetsFolderBytes)
{
return(-1);
}
if (entry1.SizeInAssetsFolderBytes < entry2.SizeInAssetsFolderBytes)
{
return(1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameDescending(entry1, entry2));
});
}
else
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
if (entry1.SizeInAssetsFolderBytes > entry2.SizeInAssetsFolderBytes)
{
return(1);
}
if (entry1.SizeInAssetsFolderBytes < entry2.SizeInAssetsFolderBytes)
{
return(-1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameAscending(entry1, entry2));
});
}
}
public static void SortAssetList(BuildReportTool.SizePart[] assetList, BuildReportTool.AssetList.SortType sortType, BuildReportTool.AssetList.SortOrder sortOrder)
{
switch (sortType)
{
case BuildReportTool.AssetList.SortType.RawSize:
SortRawSize(assetList, sortOrder);
break;
case BuildReportTool.AssetList.SortType.ImportedSize:
SortImportedSize(assetList, sortOrder);
break;
case BuildReportTool.AssetList.SortType.ImportedSizeOrRawSize:
SortImportedSizeOrRawSize(assetList, sortOrder);
break;
case BuildReportTool.AssetList.SortType.SizeBeforeBuild:
SortSizeBeforeBuild(assetList, sortOrder);
break;
case BuildReportTool.AssetList.SortType.PercentSize:
SortPercentSize(assetList, sortOrder);
break;
case BuildReportTool.AssetList.SortType.AssetFullPath:
SortAssetFullPath(assetList, sortOrder);
break;
case BuildReportTool.AssetList.SortType.AssetFilename:
SortAssetName(assetList, sortOrder);
break;
}
}
public static void SortAssetList(BuildReportTool.SizePart[] assetList, BuildReportTool.TextureData textureData, TextureData.DataId textureSortType, BuildReportTool.AssetList.SortOrder sortOrder)
{
switch (textureSortType)
{
case BuildReportTool.TextureData.DataId.TextureType:
SortTextureData(assetList, textureData, sortOrder, entry => entry.TextureType);
break;
case BuildReportTool.TextureData.DataId.IsSRGB:
SortTextureData(assetList, textureData, sortOrder, entry => entry.IsSRGB);
break;
case BuildReportTool.TextureData.DataId.AlphaSource:
SortTextureData(assetList, textureData, sortOrder, entry => entry.AlphaSource);
break;
case BuildReportTool.TextureData.DataId.AlphaIsTransparency:
SortTextureData(assetList, textureData, sortOrder, entry => entry.AlphaIsTransparency);
break;
case BuildReportTool.TextureData.DataId.IgnorePngGamma:
SortTextureData(assetList, textureData, sortOrder, entry => entry.IgnorePngGamma);
break;
case BuildReportTool.TextureData.DataId.NPotScale:
SortNPotScale(assetList, textureData, sortOrder);
break;
case BuildReportTool.TextureData.DataId.IsReadable:
SortTextureData(assetList, textureData, sortOrder, entry => entry.IsReadable);
break;
case BuildReportTool.TextureData.DataId.MipMapGenerated:
SortTextureData(assetList, textureData, sortOrder, entry => entry.MipMapGenerated);
break;
case BuildReportTool.TextureData.DataId.MipMapFilter:
SortTextureData(assetList, textureData, sortOrder, entry => entry.MipMapFilter);
break;
case BuildReportTool.TextureData.DataId.StreamingMipMaps:
SortTextureData(assetList, textureData, sortOrder, entry => entry.StreamingMipMaps);
break;
case BuildReportTool.TextureData.DataId.BorderMipMaps:
SortTextureData(assetList, textureData, sortOrder, entry => entry.BorderMipMaps);
break;
case BuildReportTool.TextureData.DataId.PreserveCoverageMipMaps:
SortTextureData(assetList, textureData, sortOrder, entry => entry.PreserveCoverageMipMaps);
break;
case BuildReportTool.TextureData.DataId.FadeOutMipMaps:
SortTextureData(assetList, textureData, sortOrder, entry => entry.FadeOutMipMaps);
break;
case BuildReportTool.TextureData.DataId.SpriteImportMode:
SortTextureData(assetList, textureData, sortOrder, entry => entry.SpriteImportMode);
break;
case BuildReportTool.TextureData.DataId.SpritePackingTag:
SortTextureData(assetList, textureData, sortOrder, entry => entry.SpritePackingTag);
break;
case BuildReportTool.TextureData.DataId.SpritePixelsPerUnit:
SortTextureData(assetList, textureData, sortOrder, entry => entry.SpritePixelsPerUnit);
break;
case BuildReportTool.TextureData.DataId.QualifiesForSpritePacking:
SortTextureData(assetList, textureData, sortOrder, entry => entry.QualifiesForSpritePacking);
break;
case BuildReportTool.TextureData.DataId.WrapMode:
SortTextureData(assetList, textureData, sortOrder, entry => entry.WrapMode);
break;
case BuildReportTool.TextureData.DataId.WrapModeU:
SortTextureData(assetList, textureData, sortOrder, entry => entry.WrapModeU);
break;
case BuildReportTool.TextureData.DataId.WrapModeV:
SortTextureData(assetList, textureData, sortOrder, entry => entry.WrapModeV);
break;
case BuildReportTool.TextureData.DataId.WrapModeW:
SortTextureData(assetList, textureData, sortOrder, entry => entry.WrapModeW);
break;
case BuildReportTool.TextureData.DataId.FilterMode:
SortTextureData(assetList, textureData, sortOrder, entry => entry.FilterMode);
break;
case BuildReportTool.TextureData.DataId.AnisoLevel:
SortTextureData(assetList, textureData, sortOrder, entry => entry.AnisoLevel);
break;
case BuildReportTool.TextureData.DataId.MaxTextureSize:
SortTextureData(assetList, textureData, sortOrder, entry => entry.GetShownMaxTextureSize());
break;
case BuildReportTool.TextureData.DataId.TextureResizeAlgorithm:
SortTextureData(assetList, textureData, sortOrder, entry => entry.GetShownTextureResizeAlgorithm());
break;
case BuildReportTool.TextureData.DataId.TextureFormat:
SortTextureData(assetList, textureData, sortOrder, entry => entry.GetShownTextureFormat());
break;
case BuildReportTool.TextureData.DataId.CompressionType:
SortTextureData(assetList, textureData, sortOrder, entry => entry.GetShownCompressionType());
break;
case BuildReportTool.TextureData.DataId.CompressionIsCrunched:
SortTextureData(assetList, textureData, sortOrder, entry => entry.GetShownCompressionIsCrunched());
break;
case BuildReportTool.TextureData.DataId.CompressionQuality:
SortTextureData(assetList, textureData, sortOrder, entry => entry.GetShownCompressionQuality());
break;
case BuildReportTool.TextureData.DataId.ImportedWidthAndHeight:
SortTextureData(assetList, textureData, sortOrder, entry => entry.GetImportedPixelCount());
break;
case BuildReportTool.TextureData.DataId.RealWidthAndHeight:
SortTextureData(assetList, textureData, sortOrder, entry => entry.GetRealPixelCount());
break;
}
}
// NPotScale sort is special: we want the "None (Not Power of 2)" values to go at top, ignoring alphabetical order for that special value
static void SortNPotScale(BuildReportTool.SizePart[] assetList, BuildReportTool.TextureData textureData, BuildReportTool.AssetList.SortOrder sortOrder)
{
var textureEntries = textureData.GetTextureData();
for (int n = 0; n < assetList.Length; ++n)
{
string textData = null;
if (textureEntries.ContainsKey(assetList[n].Name))
{
textData = textureEntries[assetList[n].Name].NPotScale;
}
assetList[n].SetTextAuxData(textData);
}
if (sortOrder == BuildReportTool.AssetList.SortOrder.Descending)
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
string nPotScale1 = entry1.GetTextAuxData();
string nPotScale2 = entry2.GetTextAuxData();
// put non-power-of-2 at top
bool nPotScale1IsNoneNot = nPotScale1 == BuildReportTool.TextureData.NPOT_SCALE_NONE_NOT_POT;
bool nPotScale2IsNoneNot = nPotScale2 == BuildReportTool.TextureData.NPOT_SCALE_NONE_NOT_POT;
if (nPotScale1IsNoneNot && !nPotScale2IsNoneNot)
{
return(-1);
}
if (!nPotScale1IsNoneNot && nPotScale2IsNoneNot)
{
return(1);
}
// at this point, entry1 and entry 2 are not non-power-of-2 (or both of them are), so compare them as usual
int sortTextureTypeResult = string.Compare(nPotScale1, nPotScale2, StringComparison.OrdinalIgnoreCase);
if (sortTextureTypeResult != 0)
{
return(sortTextureTypeResult);
}
// same nPotScale type
// sort by asset size for assets with same nPotScale types
if (entry1.UsableSize > entry2.UsableSize)
{
return(-1);
}
if (entry1.UsableSize < entry2.UsableSize)
{
return(1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameDescending(entry1, entry2));
});
}
else
{
Array.Sort(assetList, delegate(BuildReportTool.SizePart entry1, BuildReportTool.SizePart entry2)
{
string nPotScale1 = entry1.GetTextAuxData();
string nPotScale2 = entry2.GetTextAuxData();
// put non-power-of-2 at bottom
bool nPotScale1IsNoneNot = nPotScale1 == BuildReportTool.TextureData.NPOT_SCALE_NONE_NOT_POT;
bool nPotScale2IsNoneNot = nPotScale2 == BuildReportTool.TextureData.NPOT_SCALE_NONE_NOT_POT;
if (nPotScale1IsNoneNot && !nPotScale2IsNoneNot)
{
return(1);
}
if (!nPotScale1IsNoneNot && nPotScale2IsNoneNot)
{
return(-1);
}
// at this point, entry1 and entry 2 are not non-power-of-2 (or both of them are), so compare them as usual
int sortTextureTypeResult = string.Compare(nPotScale2, nPotScale1, StringComparison.OrdinalIgnoreCase);
if (sortTextureTypeResult != 0)
{
return(sortTextureTypeResult);
}
// same nPotScale type
// sort by asset size for assets with same nPotScale types
if (entry1.UsableSize > entry2.UsableSize)
{
return(1);
}
if (entry1.UsableSize < entry2.UsableSize)
{
return(-1);
}
// same size
// sort by asset name for assets with same sizes
return(SortByAssetNameAscending(entry1, entry2));
});
}
}
static void SortTextureData(BuildReportTool.SizePart[] assetList, BuildReportTool.TextureData textureData, BuildReportTool.AssetList.SortOrder sortOrder, Func <BuildReportTool.TextureData.Entry, int> func)
{
var textureEntries = textureData.GetTextureData();
for (int n = 0; n < assetList.Length; ++n)
{
int intValue = 0;
if (textureEntries.ContainsKey(assetList[n].Name))
{
intValue = func(textureEntries[assetList[n].Name]);
}
assetList[n].SetIntAuxData(intValue);
}
SortByInt(assetList, sortOrder);
}
static void SortTextureData(BuildReportTool.SizePart[] assetList, BuildReportTool.TextureData textureData, BuildReportTool.AssetList.SortOrder sortOrder, Func <BuildReportTool.TextureData.Entry, string> func)
{
var textureEntries = textureData.GetTextureData();
for (int n = 0; n < assetList.Length; ++n)
{
string textData = null;
if (textureEntries.ContainsKey(assetList[n].Name))
{
textData = func(textureEntries[assetList[n].Name]);
}
assetList[n].SetTextAuxData(textData);
}
SortByText(assetList, sortOrder);
}
