Figure 1 represents the struct mystruct and its members in the heap segment.
图1表示堆分段中的struct mystruct及其成员。
Figure 3 represents the struct mystruct and its members in the heap segment after the overflow.
图3表示溢出后的堆分段中的struct mystruct及其成员。
Figure 2 represents the struct mystruct and its members in the heap segment after the overflow.
图2表示溢出后的堆分段中的struct mystruct及其成员。
These three keywords are to the stack segment just as "malloc" and "dealloc" are to the heap segment... unnecessary.
这三个关键字之于栈，就像是“malloc”和“dealloc”之于堆……多余。
The garbage collector currently USES three generations, numbered 0, 1, and 2, plus a special heap segment that is used for large objects.
记忆体回收行程目前使用三个层代：编号0、1和2，加上用于大型物件的特殊堆积区段。
Dynamic segment allocation allows the additional segments to be used by user heap or Shared memory.
动态段分配让用户堆或共享内存可以使用额外的段。
The most significant restriction is that the native heap and all thread stacks are held in segment 2.
最大的限制是，本机堆和所有线程栈都保存在分段2 中。
In the large memory model, the native heap starts at segment 3; segment 2 is only used for the primordial (initial) thread stack.
在大内存模型中，本机堆从分段3开始；分段2仅用于原始(初始)线程栈。
Now, as an aside, there's another couple of layers at the very top above the stack and above the heap, but below the tech segment and those are called initialized data and uninitialized data.
题外话，在堆和栈的顶端，还有好几层，但是在技术段之下，他们被叫做初始化数据和未初始化数据。
Setting N to 0 allows segments 3 through F to be used for mmapping — the native heap is held in segment 2.
将N设置为 0可允许分段3到F用于映射 —本机堆保存在分段 2 中。
Lotus Domino begins using the first two available segments for user heap memory (0x3 and 0x4). Lotus Domino begins using the last segment (0xf) for Shared memory.
LotusDomino最初将前两个可用的段(0x3和0x4)作为用户堆内存，将最后一个段(0xf)作为共享内存。
The model looks similar to the default AIX segment layout, but segments four through eight (0x3 to 0x7) are available for user heap if dynamic segment allocation (DSA) is used.
这个模型看起来与默认的aix段布局相似，但是如果使用动态段分配(dsa)，那么第4段到第8段(0x3到0x7)供进程堆使用。
Segments four through sixteen (0x3 to 0xf) are available for the user heap if used by dynamic segment allocation.
如果使用动态段分配，那么第4段到第16段(0x3到0xf)供用户堆使用。
If the large objects are kept within a certain segment of the heap, they can be more easily allocated; moreover, smaller objects do not need to compete with them to gain heap usage.
如果大型对象均被存于heap的特定段内，那么它们可更容易地被分配；并且，较小的对象无需与它们争夺heap使用。
And meanwhile, we can expand the heap (by adding new memory segment) at gen 1 if required, do not have to wait until gen 2 GC.
同时，如果需要，可以在第1代收集就扩展堆(增加内存段)，而不必等到第2代收集。
Gets the segment of the heap that contains the specified object.
取得包含指定之物件的堆积区段。
Gets the segment of the heap that contains the specified object.
取得包含指定之物件的堆积区段。
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