Что думаешь? Оцени!
both of these approaches use NFAs under the hood, which means O(m * n) matching. our approach is fundamentally different: we encode lookaround information directly in the automaton via derivatives, which gives us O(n) matching with a small constant. the trade-off is that we restrict lookarounds to a normalized form (?<=R1)R2(?=R3) where R1/R2/R3 themselves don’t contain lookarounds. the oracle-based approaches support more general nesting, but pay for it in the matching loop. one open question i have is how they handle memory for the oracle table - if you read a gigabyte of text, do you keep a gigabyte-sized table in memory for each lookaround in the pattern?
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Plus: hat-trick heroes who were not named player of the match, managers sacked after big wins, and more
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МИД России вызвал посла Нидерландов20:44
Thanks to symmetry across the integer schedulers, X925’s renamer likely uses a simple round-robin allocation scheme for operations that can go to multiple schedulers. If I test scheduler capacity by interleaving dependent and independent integer adds, X925 can only keep half as many dependent adds in flight. Following dependent adds by independent ones only slightly reduces measured scheduling capacity. That suggests the renamer assigns a scheduler for each pending operation, and stalls if the targeted scheduling queue is full without scanning other eligible schedulers for free entries.，推荐阅读heLLoword翻译官方下载获取更多信息