Listening for events can lead to memory leaks.
接听事件可能会导致记忆体遗漏。
There are other idioms that can similarly ignore or subvert object lifecycle management and can also lead to memory leaks.
还有一些其他的情况可以类似地忽略或破坏对象生命周期管理，并导致内存泄漏。
That lead to an interesting approach to running an application and on its design: if the app has memory leaks or consumes too much memory, they simply killed it and restarted it from scratch.
这带来了一种很有趣的运行应用程序的方式：如果应用程序有内存泄露，或者消耗了太多的内存，只需终止它随后重启即可。
This can lead to OutOfMemoryErrors that are not really memory leaks, but improper configuration.
这可导致Out OfMemoryError错误，它实际上不是内存泄漏，而是不适当的配置。
So classloader leaks are introduced that lead to increased memory consumption after continuous redeploys.
于是类加载器泄漏(classloaderleaks)就会被引入，导致在连续重部署后内存消耗增加。
So classloader leaks are introduced that lead to increased memory consumption after continuous redeploys.
于是类加载器泄漏(classloaderleaks)就会被引入，导致在连续重部署后内存消耗增加。
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