func (m *Schema1) LayerInfos() []LayerInfo {
	layers := make([]LayerInfo, len(m.FSLayers))
	for i, layer := range m.FSLayers { // NOTE: This includes empty layers (where m.History.V1Compatibility->ThrowAway)
		layers[(len(m.FSLayers)-1)-i] = LayerInfo{
			BlobInfo:   types.BlobInfo{Digest: layer.BlobSum, Size: -1},
			EmptyLayer: m.ExtractedV1Compatibility[i].ThrowAway,
		}
	}
	return layers
}
func (m *Schema1) LayerInfos() []LayerInfo {
	layers := make([]LayerInfo, len(m.FSLayers))
	for i, layer := range m.FSLayers { 
		layers[(len(m.FSLayers)-1)-i] = LayerInfo{
			BlobInfo:   types.BlobInfo{Digest: layer.BlobSum, Size: -1},
			EmptyLayer: m.ExtractedV1Compatibility[i].ThrowAway,
		}
	}
	return layers
}
func ( m * Schema1 ) LayerInfos ( ) [ ] LayerInfo { layers := make ( [ ] LayerInfo , len ( m . FSLayers ) ) for i , layer := range m . FSLayers { // NOTE: This includes empty layers (where m.History.V1Compatibility->ThrowAway) layers [ ( len ( m . FSLayers ) - 1 ) - i ] = LayerInfo { BlobInfo : types . BlobInfo { Digest : layer . BlobSum , Size : - 1 } , EmptyLayer : m . ExtractedV1Compatibility [ i ] . ThrowAway , } } return layers }
// LayerInfos returns a list of LayerInfos of layers referenced by this image, in order (the root layer first, and then successive layered layers).
// The Digest field is guaranteed to be provided; Size may be -1.
// WARNING: The list may contain duplicates, and they are semantically relevant.
LayerInfos returns a list of LayerInfos of layers referenced by this image in order ( the root layer first and then successive layered layers ) . The Digest field is guaranteed to be provided ; Size may be - 1 . WARNING : The list may contain duplicates and they are semantically relevant .