Putting escape analysis to the test.
将逸出分析包含在测试中。
Does escape analysis actually work?
逸出分析真的起作用了么？
The curious result is that produced by Escape Analysis.
这种奇怪的现象是逸出分析导致的。
Consequently escape analysis will determine that its' lock cannot be safely elided.
所以逸出分析会判断出stringbuffer的锁不能安全地被忽略。
Listing 2 shows an example where escape analysis can be used to optimize away heap allocation.
清单2显示了一个可以用escape分析把堆分配优化掉的示例。
As you can see, there is a significant boost in performance when escape analysis has been turned on.
如你所见，当开启了逸出分析，所有性能有了很大的提高。
I was hoping that escape analysis combined with lock elision would have a much greater influence than it did.
我也希望逸出分析与锁省略一起更能够做到更好，产生更多的影响。
In addition to escape analysis and lock elision, Mustang has some other optimizations for locking performance as well.
除了Escape分析和锁省略，Mustang还有一些锁定性能方面的优化。
The use of escape analysis to eliminate some allocations results in even faster average allocation times, reduced memory footprint, and fewer cache misses.
用escape分析清除一些分配，会带来更快的平均分配时间，简化的内存工作，更少的缓存遗漏。
Given the single threaded nature of this benchmark, I was fully expecting Escape Analysis to elide the lock thus rendering StringBuffer performance equivalent to that of StringBuilder.
明确了这个基准测试的单线程化的本质后，我期待着逸出分析会消除锁，从而将StringBuffer的性能提到了与StringBuilder相同的水平。
This is an industry which has largely managed to escape even basic cost-benefit analysis.
这是一个用最大努力设法逃避基本的成本效益分析的行业。
If you are in a committed relationship it is unlikely you'll be able to escape a critical analysis.
如果你已经和某人建立了恋爱关系，那么你很有可能会经历一场苛刻的分析。
If you are in a committed relationship it is unlikely you'll be able to escape a critical analysis.
如果你已经和某人建立了恋爱关系，那么你很有可能会经历一场苛刻的分析。
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