哪些资料最终置换被覆写的记忆体
在这同时，你有一个物件在记忆体。
At this point, you have an object in memory. All it takes is.
限用1插槽或最多4核心与2gb记忆体。
Limited to 1 socket, or a maximum of 4 cores and 2gb of memory.
容许无限的资料储存容量、处理器与记忆体。
重播记忆体的最大缓冲区大小。
它也是一个记忆体驻存档案传播者。
换句话说，他们已经制造出了一种量子记忆体。
它们的DNA也松开了，使记忆体基因更加活跃。
Their DNA was also loosening up and making memory genes more active.
限用16核心(最多4插槽)与16gb记忆体。
Limited to 16 cores over a maximum of 4 sockets, and 16gb of memory. Allows unlimited data storage.
在记忆体，您可以找到我。
发生缓冲区溢位时，会覆写下一个相邻的记忆体块。
When this happens, the next contiguous chunk of memory is overwritten.
这里的大容量记忆体数量明显证明其使用。
多数电脑程序都在记忆体中建立多个位址用于讯息储存。
Most computer programs create sections in memory for information storage.
改进编程器，让它只擦除闪存记忆体中需要擦除的页面。
To improve the programmer, so it could erase only the necessary pages of the FLASH memory.
然后就可以使用cygprog软件把程序写进设备记忆体。
Then you can use the cygprog to write your program into the device's memory.
在指派同一资料类型的相邻区块时，这块记忆体栏位称为缓冲区。
When contiguous chunks of the same data types are allocated, the memory region is known as a buffer.
此功能简化了记忆体控制虚拟机器，并提高系统的性能。
This function simplifies the memory control of virtual machines and increases the system performance.
值的能力，您的电脑上的记忆体存储和检索数据的准确。
It evaluates the ability of your computer's memory to store and retrieve data accurately.
拥有4GB内建记忆体，足以采取小时的音频和视频。
Have 4 GB built in memory enough to take hours of audio and video.
最简单的情况就是考虑直接在缓冲区后面的记忆体中指派一个布尔标志。
In the simplest case, consider a Boolean flag allocated in memory directly after a buffer.
一个编译过的文字数字或是在记忆体中数字的表示法是实作自订的。
The representation of a number as a compiled literal or in memory is implementation dependent.
你需要100- 200MB的专用记忆体来维持一个低流量的Rails应用。
You need 100-200 MB of dedicated RAM to host even a low-traffic Rails application.
在下拉选单选择“操作记忆体”，并按下图作设定。最后按“检查及清除”。
Choose "Operating memory" from the pull down menu, then make Settings referring to the following figure.
在下拉选单选择“操作记忆体”，并按下图作设定。最后按“检查及清除”。
Choose "Operating memory" from the pull down menu, then make Settings referring to the following figure.
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