您要查找的是不是：
- For example, you can use the stack pointer to follow the stack. 例如,可以使用堆棧指針跟蹤堆棧。
- Stack pointer verification, which detects stack pointer corruption. 堆棧指針驗證,該操作檢測堆棧指針損壞。
- Stack pointer corruption can be caused by a calling convention mismatch. 調用約定不匹配可能導致堆棧指針損壞。
- The stack pointer is moved down to create new memory and moved up to release that memory. 堆棧指針若向下移，會(huì )創(chuàng )建新的內存；若向上移，則會(huì )釋放那些內存。
- There are no push or pop instructions and no dedicated stack pointer register defined by the architecture. 體系結構沒(méi)有定義壓入或者彈出指令,也沒(méi)有定義專(zhuān)門(mén)的棧指針寄存器。
- Parameter is the offset from the stack pointer to the high-order part of the value. 參數是距離值的高位部分堆棧指針的偏移量。
- This lives in the general RAM (random-access memory) area,but has direct support from the processor via its stack pointer. 駐留于常規RAM(隨機訪(fǎng)問(wèn)存儲器)區域，但可通過(guò)它的“堆棧指針”獲得處理的直接支持。
- The primary exceptions are the stack pointer and malloc or alloca memory, which are aligned to 16 byte, in order to aid performance. 主要異常是堆棧指針和malloc或alloca內存,為了提高性能,它們的對齊方式為16字節對齊。
- The stack pointer must be aligned to 16 bytes, except for leaf functions, in any region of code that isn't part of an epilog or prolog. 在不屬于epilog或prolog的任何代碼部分中,堆棧指針的對齊方式必須為16字節對齊(葉函數除外)。
- This lives in the general RAM (random-access memory) area, but has direct support from the processor via its stack pointer. 駐留于常規ram(隨機訪(fǎng)問(wèn)存儲器)區域，但可通過(guò)它的“堆棧指針”獲得處理的直接支持。
- Allocation and deallocation are typically fast, since they can be done simply by adding or subtracting the size of the block from the stack pointer. 這兩個(gè)限制（上面兩行紅色的字）都可以通過(guò)迂回方式繞過(guò)去，方法就是定義一個(gè)函數，由它調用構造函數并返回構造起來(lái)的對象。這是很幸運的， 因為創(chuàng )建一個(gè)對象而又不必知道其確切類(lèi)型，這常常也很有意義。
- The Java compiler must know,while it is creating the program,the exact size and lifetime of all the data that is stored on the stack,because it must generate the code to move the stack pointer up and down. 創(chuàng )建程序時(shí)，Java編譯器必須準確地知道堆棧內保存的所有數據的“長(cháng)度”以及“存在時(shí)間”。這是由于它必須生成相應的代碼，以便向上和向下移動(dòng)指針。
- The Java compiler must know, while it is creating the program, the exact size and lifetime of all the data that is stored on the stack, because it must generate the code to move the stack pointer up and down. 創(chuàng )建程序時(shí)，java編譯器必須準確地知道堆棧內保存的所有數據的“長(cháng)度”以及“存在時(shí)間”。這是由于它必須生成相應的代碼，以便向上和向下移動(dòng)指針。
- This means that,following the load instruction, our machinelanguage orogram would have to load the stack pointer into a trgister, subtract one from it,and store the result back in memory.(P349. 這就意味著(zhù)，按照已存命令我們機器語(yǔ)言程序把一個(gè)棧指針存入寄存器，并將其值減一再將其結果放回內存中。
- This incrementing of the stack pointer for push instructions also ensures that the stack will reach location 0 at the bottom of RAM, and consequently run out of space for the stack. 專(zhuān)題可以分領(lǐng)域，但一般均是由指導老師帶領(lǐng)或學(xué)生自行收集、思考、再與指導老師討論出來(lái)的題目，其使用之基礎同常需要涵蓋多方面的，但會(huì )專(zhuān)注在這個(gè)特定題目上。
- How much do all these figures stack up to? 這些數字的總和是多少？
- Actual stack pointer of the process 進(jìn)程的實(shí)際堆棧指針
- Readingor writing beyond the stack pointer 棧指針讀寫(xiě)越界
- Be sure to this weather pointer correctly. 千萬(wàn)把天氣指針撥準了。
- An underlying or implied tendency or meaning; an undercurrent. 含意; 暗流; 內在性質(zhì)隱含的或含蓄的傾向或意義; 潛在勢力
