public bool Equals(Text2DPrivateCacheHTML t)
{
if (italic != t.italic)
{
return(false);
}
if (weight != t.weight)
{
return(false);
}
if (size != t.size)
{
return(false);
}
if (minSizeAutoFit != t.minSizeAutoFit || maxSizeAutoFit != t.maxSizeAutoFit)
{
return(false);
}
if (rect.x != t.rect.x || rect.y != t.rect.y)
{
return(false);
}
if (color != t.color)
{
return(false);
}
return(true);
}
protected override void OnUpdate()
{
EntityManager em = EntityManager;
EntityCommandBuffer ecb = new EntityCommandBuffer(Allocator.Temp);
// Check Native font components
Entities.With(groupAddNativeFontPrivC).ForEach((Entity e, ref Text2DRenderer tr, ref Text2DStyleNativeFont nf) =>
{
if (CheckNativeFontComponents(em, ref tr, ref nf))
{
ecb.AddComponent(e, new Text2DPrivateNative());
ecb.AddComponent(e, new Text2DPrivateCacheHTML());
ecb.AddBuffer <TextPrivateString>(e);
ecb.AddBuffer <TextPrivateFontName>(e);
}
});
ecb.Playback(em);
ecb.Dispose();
Entities.ForEach((Entity e, ref Text2DRenderer tr, ref Text2DPrivateNative textP,
ref Text2DPrivateCacheHTML textHtmlP, ref Text2DStyleNativeFont nfStyle) =>
{
Text2DStyle textStyle = em.GetComponentData <Text2DStyle>(tr.style);
NativeFont nf = em.GetComponentData <NativeFont>(nfStyle.font);
Text2DPrivateCacheHTML temp = new Text2DPrivateCacheHTML();
temp.size = textStyle.size;
temp.color = textStyle.color;
temp.weight = nfStyle.weight;
temp.italic = nfStyle.italic;
temp.cacheIndex = textHtmlP.cacheIndex;
if (em.HasComponent <Text2DAutoFit>(e))
{
Text2DAutoFit autoFit = em.GetComponentData <Text2DAutoFit>(e);
temp.minSizeAutoFit = autoFit.minSize;
temp.maxSizeAutoFit = autoFit.maxSize;
}
if (em.HasComponent <RectTransformFinalSize>(e))
{
temp.rect = em.GetComponentData <RectTransformFinalSize>(e).size;
}
string newText = em.GetBufferAsString <TextString>(e);
string privText = em.GetBufferAsString <TextPrivateString>(e);
string strFontName = em.GetBufferAsString <TextPrivateFontName>(e);
if (!textHtmlP.Equals(temp) || newText != privText || TextService.GetFontFamilyName(nf.name) != strFontName)
{
// We will need to recreate the text texture in the renderer anyway
temp.cacheIndex = -1;
// Re-compute text size
float newSize = MeasureNativeFontText(em, e, ref textP, newText, TextService.GetFontFamilyName(nf.name), temp.rect);
textP.size = newSize;
em.SetBufferFromString <TextPrivateFontName>(e, TextService.GetFontFamilyName(nf.name));
//Update private text component
em.SetBufferFromString <TextPrivateString>(e, newText);
}
textHtmlP = temp;
});
ecb = new EntityCommandBuffer(Allocator.Temp);
// De-init private components
Entities.With(groupRemoveNativeFontPrivateC).ForEach((Entity e, ref Text2DPrivateNative tr, ref Text2DPrivateCacheHTML nc) =>
{
ecb.RemoveComponent <Text2DPrivateNative>(e);
ecb.RemoveComponent <Text2DPrivateCacheHTML>(e);
ecb.RemoveComponent <TextPrivateString>(e);
ecb.RemoveComponent <TextPrivateFontName>(e);
});
ecb.Playback(em);
ecb.Dispose();
}
