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- Listing 2 shows a program that has a memory leak. 清单2展示了一个有内存泄漏的程序。
- First we learn that memory leaks are impossible in the CLR. 首先我们认识到内存泄漏在语音录音器里面是不可能的。
- To stop a memory leak, you need to close the program. 若要停止内存泄露,需要关闭程序。
- This problem is called memory overuse or a memory leak. 该问题称为“内存使用过度”或内存泄露。
- A memory leak occurs when you use the Windows Energy screen saver. 在使用Windows节能屏幕保护程序时发生内存泄漏。
- A memory leak would make the process unusable over time. 内存泄露将使进程随时间推移而不可用。
- This means that buffers resources were not released and may cause memory leaks. 这意味着缓冲区资源未释放,并且可能导致内存泄漏。
- Memory leaks are biggest problems when it comes to production servers. 内存泄漏是最大的问题，它涉及到生产服务器。
- Memory leak is a significant bug that can make programs behave erratically. 动态内存泄漏是一个严重的编程错误,可以导致程序的错误行为。
- Which can also enlist the aid of the garbage collector in managing memory usage and eliminating potential memory leaks. 用于帮助垃圾收集器管理内存使用和消除潜在的内存泄漏。
- This helps to avoid memory leaks, which are the major cause of crashes among native applications. 这有助于避免发生内存泄漏,内存泄漏是导致本机应用程序崩溃的主要原因。
- Secondly, it takes care of deallocating memory so you don't have to worry about potential memory leaks. 第二，容器可以自动回收内存所以你不必操心潜在的内存泄漏。
- Memory leaks grow slowly and after sometime they bring down the server by consuming huge chunks of memory. 内存泄漏生长缓慢，他们在某个时候降低吃了服务器巨大的内存块。
- 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。
- There are two major memory-management hazards to avoid in non-garbage-collected languages: memory leaks and dangling pointers. 在非垃圾收集语言中需要避免两个主要的内存管理危险:内存泄漏和悬空指针。
- The collection held by the NameTable never decreases in size, creating a virtual "memory leak" of the string handles. NameTable包含的集合的大小决不会减小,它会创建字符串句柄的虚拟“内存泄漏”。
- To repair a memory leak, you need to check for updates for the program or contact the publisher of the software. 为了修复内存泄露,您需要检查程序是否有更新或者与软件的发行者联系。
- Problems that result from a failure to unsubscribe correctly can resemble a memory leak. 因未能正确取消订阅而导致的问题类似于内存泄漏。
- Determines whether any memory leaks occurred since the start of program execution and, if so, dumps all allocated objects. 确定自程序开始执行以来是否发生过内存泄漏,如果发生过,则转储所有已分配对象。
- The following functions report the state and contents of the heap, and use the information to help detect memory leaks and other problems. 下列函数报告堆的状态和内容,并使用这些信息帮助检测内存泄漏及其他问题
