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);
}
public void Sort(BuildReportTool.TextureData textureData, BuildReportTool.TextureData.DataId sortType, SortOrder sortOrder, BuildReportTool.FileFilterGroup fileFilters)
{
_lastTextureSortType = sortType;
_lastSortType = SortType.TextureData;
_lastSortOrder = sortOrder;
_hasListBeenSorted.Clear();
_hasListBeenSorted.Add(fileFilters.SelectedFilterIdx);
// sort only currently displayed list
if (fileFilters.SelectedFilterIdx == -1)
{
AssetListUtility.SortAssetList(_all, textureData, sortType, sortOrder);
}
else
{
AssetListUtility.SortAssetList(_perCategory[fileFilters.SelectedFilterIdx], textureData, sortType, sortOrder);
}
}
/// <summary>
/// Create and save a Build Report. This is meant to be used for users who have a
/// custom build script, or is automating a project build command from the command line.
///
/// The Editor log needs to have build data for this to work,
/// so only call this after <see cref="UnityEditor.BuildPipeline.BuildPlayer"/>.
/// </summary>
///
/// <remarks>
/// <para>If your custom build scripts override the project's build settings,
/// this overload allows you to explicitly specify the list of scenes, the build
/// location, and the build target yourself.</para>
///
/// <para>But if your build scripts didn't override the project's build settings,
/// you can instead use <see cref="CreateReport(string)"/>.</para>
/// </remarks>
///
/// <param name="scenes">Which scenes were included in the build. Can be set to null
/// so that BuildReportTool will just use UnityEditor.EditorBuildSettings.scenes instead.
/// If you specified your own list of scenes when building, you should pass them here.</param>
///
/// <param name="buildLocation">Absolute path where the build was saved to. Can be set to null so that
/// BuildReportTool will just use Unity's <see cref="UnityEditor.EditorUserBuildSettings.GetBuildLocation"/>
/// instead. If you specified your own build location, you should set it here.
///
/// You can specify only the path to the build folder, but if there are multiple builds
/// in that folder, it is best to specify the path to the build file itself
/// (e.g. exe file for Windows Standalone, apk file for Android, etc.).</param>
///
/// <param name="buildTarget">Type of build platform being made. You can just pass
/// UnityEditor.EditorUserBuildSettings.activeBuildTarget if you didn't explicitly
/// set this. If you specified your own build target, you should pass it here.</param>
///
/// <param name="customEditorLogPath">If your Unity Editor log file is not in the
/// default path, specify it here. Otherwise, leave this null so that BuildReportTool
/// will just use the default location of the Editor.log file.</param>
///
/// <returns>The full path and filename of the created Build Report XML file,
/// or null if no Build Report was created.</returns>
public static string CreateReport(string[] scenes, string buildLocation, BuildTarget buildTarget,
string customEditorLogPath = null)
{
BuildReportTool.Util.BuildTargetOfLastBuild = buildTarget;
var editorLogPathToUse = !string.IsNullOrEmpty(customEditorLogPath)
? customEditorLogPath
: BuildReportTool.Util.UsedEditorLogPath;
if (!DoesEditorLogHaveBuildInfo(editorLogPathToUse))
{
if (BuildReportTool.Util.IsDefaultEditorLogPathOverridden)
{
Debug.LogWarning(string.Format(NO_BUILD_INFO_OVERRIDDEN_LOG_WARNING, editorLogPathToUse,
BuildReportTool.Options.FoundPathForSavedOptions));
}
else if (CheckIfUnityHasNoLogArgument())
{
Debug.LogWarning(NO_BUILD_INFO_NO_LOG_WARNING);
}
else
{
Debug.LogWarning(NO_BUILD_INFO_WARNING);
}
return(null);
}
var timeNow = System.DateTime.Now;
_lastPathToBuiltProject = buildLocation;
Init(true, ref _lastKnownBuildInfo, scenes);
_lastKnownBuildInfo.TimeGot = timeNow;
_lastKnownBuildInfo.TimeGotReadable = timeNow.ToString(TIME_OF_BUILD_FORMAT);
System.DateTime timeBuildStarted;
if (BuildReportTool.Util.HasBuildTime())
{
timeBuildStarted = BuildReportTool.Util.LoadBuildTime();
}
else
{
timeBuildStarted = timeNow;
}
if (BuildReportTool.Options.CalculateAssetDependencies)
{
if (_lastKnownAssetDependencies == null)
{
_lastKnownAssetDependencies = new BuildReportTool.AssetDependencies();
}
_lastKnownAssetDependencies.TimeGot = timeBuildStarted;
}
if (BuildReportTool.Options.CollectTextureImportSettings)
{
if (_lastKnownTextureData == null)
{
_lastKnownTextureData = new BuildReportTool.TextureData();
}
_lastKnownTextureData.TimeGot = timeBuildStarted;
}
_lastEditorLogPath = editorLogPathToUse;
if (BuildReportTool.Options.IncludeUnusedPrefabsInReportCreation)
{
RefreshListOfAllPrefabsUsedInAllScenesIncludedInBuild();
}
else
{
ClearListOfAllPrefabsUsedInAllScenes();
}
CommitAdditionalInfoToCache();
CreateBuildReport(_lastKnownBuildInfo);
var savedFilePath = OnFinishedGetValues(_lastKnownBuildInfo, _lastKnownAssetDependencies, _lastKnownTextureData);
return(savedFilePath);
}
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));
});
}
}
