表2描述了主要的寻址形式。 表3给出了命令。
The major forms of addressing are described in Table 2. Commands are given in Table 3.
这里使用内存间接寻址模式(第31行)访问命令表,还使用了ESI(和EDI)中的偏移量和一个乘数。
Here, memory indirect addressing mode (line 33) is used to access the command table along with an offset in ESI (and EDI) and a multiplier.
寻址的页不在内存中,对应的页表条目是空的,或者是违背了页式管理的保护机制。
The addressed page is not present in memory, the corresponding page Table entry is null, or a violation of the paging protection mechanism has occurred.
采用光强的互补编码,利用体全息关联特性,构造了一种内容寻址的、基于与非操作的光学全息真值表查询系统。
Adopting complementary-encoding of light intensity and volume holography, a content-addressable optical holography truth table look-up system based on the NAND operation is structured.
使用CONSTANT的风险更大,因为如果忘记使用额外级别的间接寻址,则访问的有可能是指向变量的导入地址表的指针,而不是变量本身。
Using CONSTANT is more risky because if you forget to use the extra level of indirection, you could potentially access the import address table's pointer to the variable - not the variable itself.
使用CONSTANT的风险更大,因为如果忘记使用额外级别的间接寻址,则访问的有可能是指向变量的导入地址表的指针,而不是变量本身。
Using CONSTANT is more risky because if you forget to use the extra level of indirection, you could potentially access the import address table's pointer to the variable - not the variable itself.
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