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 other idioms that can similarly ignore or subvert object lifecycle management and can also lead to memory leaks.
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。
There are two major memory-management hazards to avoid in non-garbage-collected languages: memory leaks and dangling Pointers.
一种示例策略通过取得多个堆转储(使用工作负载管理来维护应用程序的性能)以进行分析，从而对内存泄漏通知做出反应。
On example policy would react to a memory leak notification by taking multiple heap dumps (using workload management to maintain the performance of the application) for analysis.
一种策略通过取得多个堆转储(使用工作负载管理来维护应用程序的性能)以进行分析，从而对内存泄漏通知做出反应。
One policy might react to a memory leak notification by taking multiple heap dumps (using workload management to maintain the performance of the application) for analysis.
能显示内存泄漏、溢出等等的位置的工具可以解决内存管理问题，我发现MEMWATCH和YAMD很有帮助。
Tools that show the location of memory leaks, overruns, and the like can solve memory management problems, and I find MEMWATCH and YAMD helpful.
管理员能够在测试或生产环境中运行轻量级内存泄漏检测，并可以在早期接收内存泄漏的通知。
Administrators are able to run lightweight memory leak detection in test and production environments and receive early notification of memory leaks.
可以完全配置轻量级内存泄漏检测，并将其设计为与高级自主管理器或自定义JMX客户机交互。
Lightweight memory leak detection is completely configurable and is designed to interact with advanced autonomic managers or custom JMX clients.
对于一个遇到内存泄漏的系统管理员来说，承载着大量第三方应用程序的WebSphereApplicationServer就像是一个黑盒。
To a system administrator encountering a memory leak, a WebSphere application Server hosting a number of third party applications is like a black box.
有大量导致内存泄漏的问题，它们对于系统管理员特别棘手。
There are a number of problems that cause memory leaks to be particularly troublesome for System administrators.
与原始环境不同，你不需要为内存泄漏、不定的指针、未初始化的指针或者其它内存管理陷阱问题负责。
Unlike native environments, you are not responsible for memory leaks, dangling Pointers, uninitialized Pointers, or a host of other memory-management issues.
这种自动内存管理解决了两个最常见的应用程序错误：内存泄漏和无效内存引用。
This automatic memory management resolves the two most common application errors, memory leaks and invalid memory references.
可以检测内存泄漏、内存写溢出、释放野指针和内存管理函数的不匹配等问题。
The module can detect memory leak, write overflow, free wild pointer and mismatch using of memory functions of the executable files.
自动内存管理可解决常见问题，例如，忘记释放对象并导致内存泄漏，或尝试访问已释放对象的内存。
Automatic memory management can eliminate common problems, such as forgetting to free an object and causing a memory leak, or attempting to access memory for an object that has already been freed.
在介绍动态内存管理模型和内存泄漏的基础上，提出动态内存泄漏的检测方法，包括动态内存跟踪和离线日志分析，最后详细论述了泄漏内存的回收技术。
On the basis of concept of memory management model and memory leak, a technology to detect dynamic memory leak was designed and implemented, including dynamic memory trace and off-line analysis.
在介绍动态内存管理模型和内存泄漏的基础上，提出动态内存泄漏的检测方法，包括动态内存跟踪和离线日志分析，最后详细论述了泄漏内存的回收技术。
On the basis of concept of memory management model and memory leak, a technology to detect dynamic memory leak was designed and implemented, including dynamic memory trace and off-line analysis.
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