It had to be another tip request, this time from our garbage collector.
它必须是另一个提示请求，这次来自我们的垃圾收集器。
垃圾收集器的问题？
Garbage collector and reference interaction.
垃圾收集器和引用交互。
垃圾收集工？
Why do you want become a garbage collector?
为什么你想当垃圾工。
Why do you want to become a garbage collector?
你为什么想当一个垃圾收集工呢？
Upon graduation, he became a garbage collector.
一毕业，他就成了一名垃圾清运工。
Will garbage collector handle doubly-linked list?
将垃圾收集器处理双链接列表？
Do you know what your Garbage Collector is up to?
您知道垃圾收集器在干什么吗？
Got the roots, what will garbage collector do next?
有了开始点，垃圾收集器接下来怎么做呢?。
This enhances the performance of garbage collector.
这样就对垃圾回收的性能有所提高。
It is not available on the server garbage collector.
它不可用于服务器垃圾收集器。
This allows the garbage collector to free the memory.
这使得垃圾回收器能够释放内存。
This memory cannot be released by the garbage collector.
这个内存不能被垃圾收集器释放。
This is also why the garbage collector is called Garbage-First.
这也是为什么该垃圾收集器叫做Garbage - First的原因。
Note: The garbage collector will eventually free all managed objects.
注意：垃圾收集器将最终释放所有被管理对象。
There are also many interesting statistics about the garbage collector itself.
还有许多关于垃圾收集器本身的有趣的统计信息。
Why generation concept can help improve performance of garbage collector?
为什么代的概念可以提高垃圾收集器的性能？
When no more storage is available, the system invokes a garbage collector.
当没有可用的存贮时，系统就调用无用单元收集程序。
Now my concern is if garbage collector can automatically destroy this list.
现在我担心的是如果垃圾收集器会自动销毁此列表。
The performance improvements are mainly due to the new lazy sweep garbage collector.
性能的提升主要归功于新的懒惰式扫描(Lazy Sweep)垃圾回收器。
This can occur if the program ends prior to the garbage collector freeing the object.
如果程序在垃圾收集器释放对象之前结束，这种情况就可能会出现。
But the Garbage Collector is not magic: you need to clean up after yourself, too.
但是垃圾收集器没有魔力：你也需要在背后进行清理。
In reality, the garbage collector performs a collection when generation 0 is full.
实际上，垃圾回收器在第0级托管堆已满时执行回收。
The Garbage Collector in Ruby 1.8 has received a lot of attention in the past year.
Ruby 1.8中的垃圾回收器在去年受到了广泛的关注。
The memory management and garbage collector is to be found in the separate MMgc project.
内存管理和垃圾收集器属于MMgc子项目。
Using garbage collection can be easy or difficult depending on the garbage collector in use.
使用垃圾收集器可能使这些过程变得简单，但也可能使它们变得困难，这要取决于所使用的垃圾收集器。
The importing of generation concept is to improve the performance of garbage collector.
代概念的引入是为了提高垃圾收集器的整体性能。
Eventually the garbage collector must perform a collection in order to free some memory.
最终，垃圾回收器必须执行回收以释放一些内存。
The references held inside the disposer class do not count for the garbage collector anymore.
处置类内举行的引用并不指望垃圾回收了。
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