表示记忆体回收根的属性。
包含有关组件系结和记忆体回收的资讯。
Contains information about assembly version redirection and the locations of assemblies.
执行阶段会对 RCW执行记忆体回收。
这是伺服器记忆体回收行程的唯一有效模式。
This is the only valid mode for the server garbage collector.
最后，记忆体回收完成，并且重新利用该物件。
Eventually, garbage collection completes and reclaims the object.
最近的记忆体回收中升级为更高层代的位元组数。
The number of bytes promoted to a higher generation at the most recent garbage collection.
停用记忆体回收并行存取并回收批次呼叫中的物件。
Disables garbage collection concurrency and reclaims objects in a batch call.
这是工作站的预设记忆体回收模式，而且干扰较少。
This is the default mode for garbage collection on a workstation and is less intrusive.
描述提供记忆体回收行程之相关资讯的效能计数器。
Describes the performance counters provide information about the garbage collector.
可让记忆体回收并行，并且在应用程序执行时回收物件。
Enables garbage collection concurrency and reclaims objects while the application is running.
此外还能在不再参考增益集时，让记忆体回收行程进行回收。
It can also let the garbage collector reclaim the add-in when it is no longer referenced.
只要发行物件拥有该参考，记忆体回收将无法删除订阅者物件。
As long as the publishing object holds that reference, garbage collection will not delete your subscriber object.
您可以使用这个型别来追踪物件，避免它被记忆体回收行程回收。
You can use this type to track an object and prevent its collection by the garbage collector.
在层代1中发生记忆体回收之后，所有存在的物件都会移至层代2。
Objects that exist after garbage collection occurs in generation 1 move into generation 2.
层代0中发生记忆体回收之后，所有存在的物件都会升级至层代1。
All objects that exist after garbage collection occurs in generation 0 are promoted to generation 1.
下列范例说明了启用伺服器记忆体回收之范例应用程序组态档的内容。
The following example shows the contents of a sample application configuration file that enables server garbage collection.
记忆体回收行程的最佳化引擎会依据所做的配置决定进行回收的最佳时机。
The garbage collector's optimizing engine determines the best time to perform a collection, based upon the allocations being made.
记忆体回收行程的最佳化引擎会根据所做的配置，决定执行回收的最佳时机。
The garbage collector's optimizing engine determines the best time to perform a collection based on the allocations being made.
这时候，记忆体回收行程的最佳化引擎会判断是否需要检查较旧层代中的物件。
At this point, the garbage collector's optimizing engine determines whether it is necessary to examine the objects in older generations.
记忆体回收行程会根据保留时间将物件分成不同层代，因此提高记忆体管理效能。
The garbage collector improves memory management performance by dividing objects into generations based on age.
当记忆体回收行程执行回收时，会将应用程序已经不再使用的物件记忆体释放出来。
When the garbage collector performs a collection, it releases the memory for objects that are no longer being used by the application.
因为记忆体回收行程会保留记忆体以便日后配置，所以认可的空间会比实际所需的更大。
Because the garbage collector retains memory for future allocations, its committed space can be more than what is strictly needed.
记忆体回收行程目前使用三个层代：编号0、1和2，加上用于大型物件的特殊堆积区段。
The garbage collector currently USES three generations, numbered 0, 1, and 2, plus a special heap segment that is used for large objects.
如果主机并未指定记忆体回收的类型，您就可以使用组态档设定来指定伺服器记忆体回收。
If the host does not specify the type of garbage collection, you can use a configuration file setting to specify server garbage collection.
如果仍然没有收回足够的记忆体，记忆体回收行程可以再依序执行第2、第1和第0个层代的回收。
If this does not reclaim enough memory, the garbage collector can perform a collection of generations 2, 1, and 0.
在不安全模式，您可以配置在堆叠上的记忆体；那里并不需要交付给记忆体回收，因此不需要固定。
In unsafe mode, you can allocate memory on the stack, where it is not subject to garbage collection and therefore does not need to be pinned.
即使控制项的执行个体已经处置，还是会保存在记忆体中，直到利用记忆体回收从记忆体移除为止。
Even though the instance of a control is disposed of, it is still maintained in memory until it is removed from memory through garbage collection.
当应用程序建立第二个物件时，记忆体回收行程会为它配置紧接在第一个物件后面位址空间的记忆体。
When the application creates the next object, the garbage collector allocates memory for it in the address space immediately following the first object.
在每一次回收之后，记忆体回收行程都会压缩第0个层代中可取得的物件，并将其提升至第1个层代。
After each collection, the garbage collector compacts the reachable objects in generation 0 and promotes them to generation 1.
对于应用程序所建立的大部分物件而言，您都可以依赖记忆体回收行程自动执行必要的记忆体管理工作。
For the majority of the objects that your application creates, you can rely on the garbage collector to automatically perform the necessary memory management tasks.
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