if the garbage collector does not have enough space for its collections you will get a fatal out of memory exception and the process will die.
若没有留给垃圾回收器足够的空间用于垃圾整理,就会产生一个致命的内存异常,进程也将终结。
although it saves you from reattachment, the session may grow out of memory and probably has stale data for high concurrency systems.
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。
for example, your program runs out of memory or encounters divide-by-zero.
例如,你的程序运行耗尽内存,或者遇到被零除。
as you can imagine, running out of memory is a bad thing.
正如您可以想象的,内存耗尽是一件很糟糕的事情。
for a more indepth discussion on why you get out of memory exceptions see my earlier post.
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。
it ran out of memory frequently due to the session cache and second level cache.
由于会话缓存和二级缓存的原因,系统会频繁地内存溢出。
hope fades into the world of night through shadows falling out of memory and time.
希望已隐没在夜晚,将摆脱黑暗,穿越记忆和时间。
but they have problems of their own. when arbitrarily sized data is accepted, you may run out of memory -- and that may not happen just during input.
但它们也具有自身的问题:在接受任意大小的数据时,可能会遇到内存不足的情况 ――而这在输入时也许不会发生。
however, such an implementation is hardly ever acceptable: it will cause a program to run out of memory quickly since it never reclaims unused space.
尽管如此,这样的实现是无法接受的:因为它从来不回收不使用的空间,它导致程序很快会用光内存。
thus, every time a function calls another function, more data will be added to the left (lower addresses) until the system runs out of memory for the stack.
因此,每当一个函数调用另一个函数,更多的数据将被添加到左边(低位地址),直至系统的堆栈空间耗尽。
it「s also pretty simple to see the effect running out of memory has on your system: everything stops.
要了解内存耗尽对您的系统所产生的影响,也是非常简单的:所有的工作都将停止。
with these tools, you」ll be able to analyse problems such as out of memory errors, or simply browse through the available artifacts.
借助这些工具,您将能够分析各种问题,比如内存不足错误,或者只是浏览可用的工件。
creating too many threads in one jvm can cause the system to run out of memory or thrash due to excessive memory consumption.
在一个jvm 里创建太多的线程可能会导致系统由于过度消耗内存而用完内存或「切换过度」。
for this reason, pages can be moved out of memory and onto the disk.
由于这个原因,页面可以移出内存并放入磁盘中。
a primary heap dump is one you take when problems occur, such as running out of memory or excessive heap usage.
主堆转储是在问题发生时获取的转储,如用尽内存,或过度的堆占用。