可能没有足够的磁盘空间来完成该文件的写操作，或者由于没有足够的内存可用，分配缓冲区可能失败。
There might not be enough disk space to complete the file write operation, or allocating the buffer could fail if not enough memory is available.
RD MA支持读或写另一台计算机的内存，并且不需要占用目标计算机的任何处理周期。
RDMA allows one computer to read or write to the memory of another computer without requiring any processor cycles on the target machine.
我重复一下我写的关于风格的内容：尽管大量发布的内存问题描述都强调工具和语言，对于我来说，最大的收获来自“软的”以开发人员为中心的流程变更。
I repeat what I wrote about style: While most published descriptions of memory problems emphasize tools and languages, for me, the greatest gains come from "soft," developer-centered process changes.
默认的复制方法(也有其他可用的方法)只要求在将确认通知返回给主系统之前，备用系统的内存中收到一个日志写。
The default replication method (others are available) only requires that a log write be received in memory at the standby before acknowledgement is returned to the primary.
在这种模式下，写操作是在数据存储到本地磁盘并镜像到对等节点内存后被确认的。
In this mode, the Write operation is acknowledged after the data is stored on the local disk and mirrored to the peer node's memory.
在使用延迟的顺序写操作时，在syncd守护进程运行之前，页面并不留在内存中，这可能会导致实际的瓶颈。
With sequential write behind, pages do not stay in memory until the syncd daemon runs, which can cause real bottlenecks.
使用延迟的随机写操作，当内存中的页面数量超过指定的数量，则将所有后续的页面写入到磁盘。
With random write behind, the number of pages in memory exceeds a specified amount and all subsequent pages are written to disk.
这可能导致攻击者可在释放内存再用前对其进行写操作，然后在用户电脑商运行任意代码。
This could have resulted in freed memory that an attacker could write to before it is reused, and then run arbitrary code on the victim s computer.
因为每个线程都试图对全局空间进行写操作，所以必须确保它们同步地写入内存，否则消息就会遭到破坏。
As each of the threads try to write to the global space, it is necessary to take care that they write to the memory in sync, or else the messages will get corrupted.
一般而言这是件好事，因为写高级程序时处理内存一个很容易出错的过程。
This is usually a good thing, since dealing with memory allocation when building a high-level program is a highly error-prone process.
换句话说，这意味着老的内存模型只保证正在读或写的变量的可见性，不保证写入其他变量的可见性。
In other words, this means that the old memory model made promises only about the visibility of the variable being read or written, and no promises about the visibility of writes to other variables.
这种内存设备可以被编程一次，所以它们有时被作为写一次或一次性编程设备来看待。
These memory devices can be programmed only once, so they are sometimes referred to as write-once or one-time programmable devices.
使用共享内存对象写数据。
当strdup在foo中被调用，这个namestr变量值就会被覆写，从而丢失main中内存分配的指针，导致渗漏。
When strdup is called in foo , the namestr variable value is overwritten, thereby losing the pointer to the memory allocated in main , and that causes the leak.
现在我的问题是有可能对其进行解码，写一个文件不运行的服务器上的内存？
Now my question is there any possibility to decode it and write to a file without running out of memory on the server?
大部分攻击者通过提供外部输入来越界写缓冲区外不应该受外部输入影响的内存位置来达到他们的恶意目的。
Most attackers attain their vicious goal by overwriting beyond buffers to the memory locations that should not be influenced by the input the attackers provide.
无论如何，值得注意的是，写PHP程序没有内存泄漏是非常困难，但不是不可能。
At any rate, it should be noted that writing PHP daemons that don't have memory leaks is extremely hard, but not impossible.
这将覆写一切并包括内存中的BIOS设置。
This overwrote everything including the BIOS Settings in memory.
通俗点说，编写运行快速的代码意味着最小的内存分配、写更紧凑的代码、避免一些可能降低性能的程序设计语言和傻瓜式编程方法等。
Generally speaking, writing fast code means keeping memory allocations to a minimum, writing tight code, and avoiding certain language and programming idioms that can subtly cripple performance.
我们不能只写的句子的视频内存，我们必须提供更多的资料。
We can't just write our sentences to the video memory; we have to provide additional information.
你必须操纵内存寄存器，写简捷而脑征税助记符，只有黑客将享有。
You have to manipulate the memory registers and write simplified yet brain-taxing mnemonics that only a hacker would enjoy.
文本段也映射在内存中的二进制文件，但写这方面赚你的程序分割故障。
The text segment also maps your binary file in memory, but writes to this area earn your program a Segmentation Fault.
内存破坏发生在，当向有效数据段内的一个内存位置写数据却写到了你意图使用的内存块的边界之外。
Memory corruption happens when writing to a location lying inside the legal data segment but outside the boundaries of the memory block you intended to use.
CPU的硬件架构决定了内存模型的强度，强度越高写代码就会更容易。
The hardware framework of CPU decided the intensity of memory model, it is easier that intensity writes code higher to be met.
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.
我最后一次写任何代码来做这是大约15年前，当我们都知道内存地址写为各种图形操作。
The last time I wrote any code to do this was about 15 years ago when we all knew what memory addresses to write to for various graphics operations.
如果应用程序是使用太多的CPU，内存，磁盘写太多，或使用太多把手，我们会提醒，让你知道谁是罪魁祸首。
If an application is using too much CPU, Memory, writing too much to Disk, or using too many Handles, we'll alert and let you know who the culprit is.
是基于WDF写的一个实现虚拟磁盘驱动，用部分内存虚拟出一个硬盘(实际不存在的银盘)。
Is based on the WDF to write a virtual disk drive, some memory with a virtual hard disk (the actual silver does not exist).
现在是时候来讨论如何写代码来管理这些类占用的非内存资源了。
Now it's time to cover how to write your own resourcemanagement code when you create types that contain resources other than memory.
一个写线程释放一个锁之后，另一个读线程随后获取了同一个锁。本质上，线程释放锁时会将强制刷新工作内存中的脏数据到主内存中，获取一个锁将强制线程装载(或重新装载)字段的值。
In essence, releasing a lock forces a flush of all writes from working memory employed by the thread, and acquiring a lock forces a (re) load of the values of accessible fields.
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