If memory efficiency and performance are significant, a parser that USES protocol buffers might be a better choice.
如果内存效率和性能很重要,使用protocol buffers的解析器可能是个较好的选择。
To achieve optimum performance and memory efficiency, you need to give the data binding tool direct access to the underlying XML stream.
为了获得最佳的性能和内存使用,需要让数据绑定工具直接访问底层的 XML 流。
This gives them a tie for first place in the memory efficiency arena, turning in a performance several times better than the data binding approaches using generated code.
这让它们在内存效率的“竞技场”上并列第一,从而产生了比使用生成代码的数据绑定方法优越几倍的性能。
I mean, you grew up in an age when computers were blazingly fast, and have tons of memory, so why in the world do you care about efficiency?
我的意思是你们是伴随着,计算机快速发展成长的,计算机都有这么大的内存,那还在乎效率干嘛呢?
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