stack address
英 [stæk əˈdres]
美 [stæk əˈdres]
网络 栈地址; 堆栈地址
双语例句
- Some instructions in Rexx may explicitly specify a stack to operate on; but other instructions operate within an environment which you configure with the ADDRESS instruction.
Rexx中有一些指令可以显式地指定要操作的栈；但是其他指令操作是在您用ADDRESS指令配置的环境中进行。 - It is important to set this limit so the stack and shared memory address space do not collide with each other.
设置这个限制，使堆栈和共享内存地址空间不会相互冲突，这一点很重要。 - If another entry address follows, it means that the address on the stack called the address last read from the trace file.
如果后面紧接着是另外一个入口地址，这说明堆栈中的地址调用了这个刚从跟踪文件处读出的地址。 - In the past few years, two relatively simple features have been added to the storage stack that address the evolution of the storage ecosystem
在过去几年中，项存储堆栈添加了两个相对简单的功能，说明了存储生态系统的发展 - If it's not prefixed with$, the actual bytes represented by the memory variable are pushed onto the stack instead of the address.
如果不加前缀$，那么会将内存变量代表的实际字节压入堆栈，而不是地址。 - If even a single thread's instruction pointer refers to a function's code in memory or a single thread's kernel stack refers to a return address within the function, the function is considered active and cannot be replaced.
如果线程的指令指针引用内存中的函数代码，或者线程的内核堆栈引用函数中的返回地址，就认为这个函数是活跃的，无法替换。 - Given a stack of business cards, you will see that they present different data: some include a fax number or company URL, others a mailing address, or two telephone numbers, or even a Twitter handle.
如果有一叠名片，您将看到它们所表现出来的不同数据：一些包括传真号码或公司URL，而另外一些则是邮件地址或两个电话号码，甚至是一个Twitter手柄。 - LR_OFFSET is the offset into the stack frame of the return address.
LROFFSET是返回地址的堆栈框架的偏移量。 - This means that we have to manually rewrite the stack to fake a return address so that the tail-called function will return directly to our parent.
这意味着我们必须手工重新编写栈来仿造一个返回地址，以使得尾部调用的函数能直接返回到调用它的函数。 - The argument defines the level of the call stack for which you want to obtain the return address.
这个参数定义希望获取返回地址的调用堆栈级别。 - Adaptive stack cache with fast address generation policy is proposed by investigating memory access behavior of programs.
通过对程序的访存行为进行分析，提出快速地址计算的自适应栈高速缓存方案。 - The thread context includes the thread's set of machine registers, the kernel stack, a thread environment block, and a user stack in the address space of the thread's process.
线程上下文包含了线程的寄存器、内核堆栈、线程环境坏及其在线程的进程地址空间中的用户堆栈。 - In fact, the wrapper function saves the pointer fn into the child's stack position corresponding to the return address of the wrapper function itself;
事实上，包装函数将fn指针保存在子进程的栈中对应包装器本身的返回地址的位置； - There are two stacked designs of the VoIP Gateway, which realized in this project: stack chips in one VoIP Gateway card and multi-card stacking based on IP address.
本课题所实现的VoIP网关平台设计了两种堆叠方式：单块板卡上多芯片堆叠；多块板卡之间基于IP地址的堆叠。 - A kernel device driver is designed to relocate the application's user-mode stack to the higher address and to modify the effective limit in the code segment descriptor, so the relocated stack is excluded from the code segment.
设计了一个内核驱动程序，将应用程序的堆栈移动到代码区的上部，并修改代码段的限长将堆栈区排除在代码段之外。 - Adaptive stack cache with fast address generation policy can also avoid unnecessary memory traffic.
该栈高速缓存在发生栈溢出时，能够自适应地关闭，以避免栈切换对处理器性能的影响。 - The runtime environment of interpreter is stack-based. In stack, the global/ static area may be further divided into event entrance address area, I/ O ports and axes information area, global variables area.
EP语言解释器采用基于栈的运行时环境，全局存储区可以进一步分为事件入口地址区、I/O端口和轴号信息区、全局变量区。 - In order to solve the problems about unfixed instruction length, stack-orientation and addressing virtualization in JVM instruction set, the instruction fetch unit, stack cache and mechanism of address translation in Java chip system are studied.
为了解决Java虚拟机指令系统中指令不定长、面向堆栈和地址虚拟化等问题，本文研究了Java芯片中取指部件、堆栈缓冲部件和地址转换机制以及相应物理存储器的管理等关键技术。 - Firstly, the author collected and analyzed the latest stuffs about IPv6 protocol and IPv6 transition at home and abroad, researched its new characteristics, then analyzed and compared three familiar transition methods, Dual Stack, Tunnel and IPv6/ IPv4 Protocol Translation& Address Translation.
本文首先收集并分析国内外关于IPv6协议及IPv6过渡问题的最新资料，研究IPv6新特性，对目前常用的三种过渡技术双协议栈、隧道和IPv6/IPv4协议与地址转换进行分析比较。 - And for IPv6 protocol stack of XP system; ipv6 install was inputted in command lines of two different PC; associated information was look at through ipconfig to get associated address of client-side and server.
XP系统IPv6协议栈需在两台PC机命令行中输入ipv6install，通过ipconfig查看相关信息，得到客户端和服务器端相关地址。 - Adaptive Stack Cache with Fast Address Generation
快速地址计算的自适应栈高速缓存 - Dual Stack technique, Tunnel technique and NAT-PT technique ( Network Address Translation-Protocol Translation).
目前，从IPv4到IPv6主要存在三种过渡技术：双协议栈技术，隧道技术和NAT-PT技术（网络地址翻译&协议翻译技术）。 - Based on these information, make the attack code accepts the buffer boundary check, stack boundary check, return address check and jump instruction check, intercept attacks on the key nodes of buffer overflow attacks, enhance system dynamic security.
依据这些信息，对攻击行为执行缓冲区边界检查，栈边界检查，返回地址保护和跳转指令检查，在缓冲区溢出攻击流程的关键节点拦截攻击，增强系统运行过程中的安全性。