内存溢出

内存溢出在%08X

Out of memory at % 08X

分割批量更新调用，以保持生成的XML足够小，不会出现内存溢出异常。

Split up batch update calls to keep the generated XML small enough to not run into out of memory exceptions .

B：当使用高清晰度的图像时，打印预览将消耗大量资源，在某些情况下甚至会因为性能太低和内存溢出而无法使用。

B : When using high resolution images , the Print Preview will consume large resources and in some cases it will not even be usable because of low performance and memory overflow .

复用距离已经成为程序cache行为的一种重要度量标准，但高复杂度和可能的内存溢出问题使得其难以应用。

Reuse distance has become an important metric of program cache behavior , but high complexity and possible memory overflow problem make its using difficult .

就算没有内存溢出，当内存消耗很高时GC的开销也会很大。

Even when it didn 't actually run out of memory , the GC overhead was just too high when memory consumption was high .

增加该特性的目的在于解决旧版本的ActiveMQ中一个常见问题：当使用非持久化的消息时会导致内存溢出。

This feature was added to address a common problem in previous versions of ActiveMQ with running out of RAM buffer when using non-persistent messaging .

产生这种需求的原因可能是运行缓慢的服务、Java虚拟机（JVM）崩溃、挂起、死锁、频繁的JVM暂停、突然或持续的高CPU使用率、甚至于可怕的内存溢出（OOME）。

The reasons driving this can range from a slow service , JVM crashes , hangs , deadlocks , frequent JVM pauses , sudden or persistent high CPU usage or even the dreaded OutOfMemoryError ( OOME ) .

由于会话缓存和二级缓存的原因，系统会频繁地内存溢出。

It ran out of memory frequently due to the session cache and second level cache .

局部故障：确保内存溢出时，系统总是处于安全状态。

Partial failure : ensure that running out of memory always leaves the system in a safe state .

关于为什么会发生内存溢出异常的更多深入的讨论，可以参看我先前的帖子。

For a more indepth discussion on why you get Out of Memory exceptions see my earlier post .

坦言之，调用这些函数的代码太容易产生“内存溢出”问题了。

Frankly , it is too easy to write code with buffer overruns when using the existing functions .

讨论了抽样分点估计的收敛性，给出了不发生内存溢出的保证概率。

A brief discussion on the convergance of sample-seperator estimation is given and the probability to avoid memory overflow is calculated .

预览进程可能会因消耗大量资源而表现不佳，并很可能最终导致内存溢出的异常。

The preview process would likely consume very large resources resulting in poor performance and is likely to end up with out-of-memory exception .

尽管这能把你从重新关联中解脱出来，但会话可能会内存溢出，在高并发系统中可能会有旧数据。

Although it saves you from reattachment , the session may grow out of memory and probably has stale data for high concurrency systems .

在我们的测试机上，当在测试进度中允许默认的记录时，超过五个用户参与的短期（10分钟）测试就导致了内存溢出错误。

On our test machine , short-term ( 10-minute ) tests with more than five users caused out-of-memory errors when default logging was enabled in the test schedule .

该方法有效地避免了一般复用距离分析可能导致的内存溢出问题，同时使得复用距离分析达到线性时间复杂度。

This method avoids possible memory overflow problem in normal reuse distance analysis , at the same time this method makes complexity of reuse distance analysis decrease to linear .

然后，服务器管理员则必须处理由此导致的“内存溢出”错误，集群环境中的服务器相似性，以及服务器重启时的串行化异常。

Server administrators then have to deal with the fallout in the form of " out of memory " errors , server affinity in clustered environments , and serialization exceptions on server restarts .

由于数据流具有突发、潜在无限等特性，在某个瞬间，流速可能会突然急剧加大从而导致短时间内内存溢出，以至于不能继续正常的查询处理。

As data streams are burst and infinite , in a moment , the arrival rates of some streams may be suddenly sharp increase and memory overflow resulting in a short period of time , which leads to prejudice continuous aggregate queries .

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 .

这样做可防止在C++里很常见的一个编程问题：由于程序员忘记释放内存造成的内存溢出。

This eliminates a certain class of programming problem : the so-called " memory leak ," in which a programmer forgets to release memory .

so，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 .

如果程序出现不正常的高内存负载、频繁无响应或内存溢出，通常最好的分析切入点是查看内存对象。

If your application is experiencing unusually high memory load , frequent freezes or OOME , its often most useful to start by understanding just what kind of objects are present in memory .

这个例子中，程序内存占用快速上升，直到产生程序内存溢出。

In this example the applications memory usage increased rapidly , to a point where the application simply ran out of memory .

当内存不够时才回收这些由软引用的对象，从而保证了内存不溢出。

The soft-using object will be called back until the internal memory is inadequate , which will stop internal memory not leaking out .

针对内存管理和使用的各类错误，设计并实现一个基于Linux的动态内存检测模块，可以对源码程序检测出内存泄漏、内存写溢出、野指针操作和内存管理函数的不匹配等问题。

For all sorts of errors of dynamic memory usage , a dynamic memory detection module based on Linux is designed and implemented , which can detect memory leak , writing overflow , manipulation of wild pointer and mismatching usage of memory functions .