Memory Leak

The Analysis of Software Memory Leak Defect and Research of Test Approach

软件内存泄漏缺陷分析与测试方法研究

A Memory Leak Detection Mechanism Based on Open Compiler Techniques

基于开放编译器的内存泄漏检测机制

The Design and Implementation of Static Memory Leak Detection Model

内存泄漏静态检测模型的设计与实现

Research on Static Testing Method of Memory Leak Faults

内存泄漏故障静态测试方法研究

I resolved the memory leak problem of several main service programs .

还解决了几个主要的service服务的内存泄漏问题。

Function Oriented Memory Leak Detection Under Linux Operating System

Linux下面向函数的动态内存泄漏监测

A Static Analysis Method for Memory Leak

内存泄漏的一种静态分析方法

Memory leak is a common kind of error in C language programs .

内存泄漏是C程序中常见的错误。

In some cases this can add up to a significant memory leak .

在某些情况下，这会显著加剧内存泄漏。

Identifying the root cause of a Java memory leak requires two steps

确定Java内存泄漏的根源需要以下两个步骤

Thirdly , the technology of memory leak detection and collection was researched .

第三部分，论述动态内存泄漏检测及回收技术。

For example , does it have a memory leak ?

举个例子，我们能保证不存在内存泄漏吗？

Could these situations be signs of a memory leak ?

这些情况是内存漏洞的征兆吗？

It decomposes the memory leak detection into two parts .

然后课题从用户进程对内存使用的申请和释放操作入手，把内存泄漏检测的问题分为宏观检测和微观检测两部分。

The memory leak detection rule was designed in accordance with a simple philosophy .

内存泄漏检测规则是按照一种简单的理念设计的。

Dynamic Trace Analysis on Memory Leak

内存泄漏的动态跟踪分析

You can use'vmstat'to check whether you have a memory leak or not .

用哪个命令可以确认我的程序有内存泄露？

Case study : Diagnose a memory leak

案例研究：诊断内存泄露

There are two kinds of Java memory leak detection tools currently available on the market .

目前，市场上提供两种Java内存泄漏检测工具。

Also , the test completion details included the results of memory leak analysis following each run .

同样，测试完成的详情包括每次运行后的内存泄漏分析的结果。

[ 3 ] Locate the source code line number where memory leak takes place .

[3]把发生内存泄漏的地方定位到源代码的语句行号。

This will result in a memory leak of 10 bytes .

这会导致10个字节的内存泄漏。

RAD offers the following views for memory leak analysis

RAD为内存泄漏分析提供了以下视图

Research of Memory Leak in JAVA

关于JAVA语言内存泄漏问题的探讨

Research on Memory Leak of Java

关于Java中内存泄露问题的研究

Lightweight memory leak detection is achieved by monitoring downward trends in free memory .

轻量级内存泄漏检测是通过监视自由内存中的下降趋势而实现的。

WebSphere Extended Deployment provides a number of policies that configure memory leak detection .

WebSphereExtendedDeployment提供了许多配置内存泄漏检测的策略。

Comparative analysis is well suited to be used in conjunction with lightweight memory leak detection .

比较分析非常适合与轻量级内存泄漏检测一起使用。

Such objects do not always signify a memory leak .

此类对象并不总是意味着内存泄漏。

This poses an enormous challenge for problem determination when a memory leak occurs .

这样就对发生内存泄漏时进行问题确定造成了巨大的挑战。