Many of the crashes resulting from fuzz testing are direct results of memory allocation mistakes and buffer overflows.
由模糊测试导致的许多故障都是内存分配错误及缓冲器溢出的直接结果。
One powerful reason is memory allocation.
一个最有力的理由是内存分配。
How much CPU and memory allocation is required?
需要分配多少CPU和内存资源？
Segment 2 is for stack and dynamic memory allocation.
段2预留给堆栈和动态内存分配。
How do you monitor your system memory allocation?
你是如何监测你的系统内存占用率的呢？
Consider both execution performance and memory allocation.
要同时兼顾执行性能和内存分配。
An area of memory that is used for dynamic memory allocation.
一块被用作动态内存分配的内存区域。
Memory allocation failures should reduce the use of this flag.
如果内存分配失败过多，应该减少这个标记的使用。
There are two approaches to specify CPU and memory allocation.
指定CPU和内存分配有两种方法。
When this limit is reached, you will get memory allocation errors.
当达到这个限制时，就会收到内存分配错误。
With AMS, the Hypervisor can take control of memory allocation automatically.
通过使用AMS,Hypervisor可以自动地控制内存分配。
It causes memory allocation by creating randomly sized arrays of long integers.
它通过创建可随机调整大小的长整数数组导致内存分配。
Checkpoints that must be considered while working with dynamic memory allocation.
在使用动态内存分配时必须考虑的检查点。
The Boost pool library introduces tools that you can use for fast memory allocation.
Boostpool库引入了可用于实现快速内存分配的工具。
Garbage collection (GC) will usually kick in when a memory allocation failure occurs.
当出现内存分配失败的时候，通常将启动垃圾收集(GC)。
After the memory allocation in main , where is the namestr variable used and overwritten?
当这个内存分配在main后，namestr变量会在什么地方被使用和编写呢？
A new M_ZERO flag for malloc allows for memory allocation and zeroing in a single operation.
新的面向malloc的M_ZERO标记允许在单个操作中完成内存分配和调零。
All code that includes <linux/malloc.h> (for memory allocation) should now use
所有包含 <linux/malloc.h>(用于内存分配)的代码现在要替换为
To identify the parts of your code that contribute most to memory allocation issues, see Tools.
若要识别代码中最常导致内存分配问题的部分，请参阅工具。
One of the interacting parties defines the underlying memory allocation mechanism for data exchange.
交互方之一定义用于数据交换的底层内存分配机制。
WE can let our AIX POWER systems automatically adjust memory allocation based on workload and demand.
我们可以让AIXPOWER系统根据工作负载和需要自动地调整内存分配。
This article covers the essence of the various AIX memory allocation schemes and their salient features.
本文讨论了各种AIX内存分配方案的基本原理及其特点。
Any memory allocation can fail, and it's not easy to write C or C++ programs that truly handle that well.
任何内存分配都可能会失败，而编写真正很好地处理该问题的C或 C++程序是很困难的。
Memory allocation failure happens when the heap has reached maximum size and cannot allocate more memory.
当堆达到最大大小，无法再分配内存时，就会发生内存分配失败。
Setting PSALLOC to "early" guarantees as much paging space as requested by the memory allocation request.
把PSALLOC设置为“early”可以保证进程获得内存分配请求所请求的分页空间。
NET memory Allocation: USES the sampling profiling method to analyze memory used by the.net Framework itself.
NET内存分配：使用采样分析方法来分析。NETFramework自身的内存使用状况。
Before assigning extra paging space to your system, it's worth looking at memory allocation and memory tuning.
为系统分配额外的分页空间之前，检查内存分配和内存调优是值得的。
SDO handles all its memory allocation and de-allocation internally, and does not require user code to be involved.
SDO 采用内部方式处理其所有内存分配和释放工作，并不要求使用用户代码。
SDO handles all its memory allocation and de-allocation internally, and does not require user code to be involved.
SDO 采用内部方式处理其所有内存分配和释放工作，并不要求使用用户代码。
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