编译器会将内嵌展开选项和关键字视同建议。
The compiler treats the inline expansion options and keywords as Suggestions.
编译器会将参考解析为变数的基底类别版本。
The compiler resolves the reference to the base class version of the variable.
如果为cgtt表创建了索引，则查询编译器会将这些索引考虑在内。
If indexes are created on the CGTT table, the query compiler will take those indexes into account.
如果函数代码不依赖于参数的类型，则编译器会将参数视为泛型。
If the function code is not dependent on the type of a parameter, the compiler considers the parameter to be generic.
在这种用法中，编译器会将BCPL代码编译成称为o - code的中间机器代码。
In this usage, a compiler would compile BCPL code into an intermediate machine code called O-code.
定义：一种函数调用机制，你将函数声明为内联，编译器会将整个函数体在调用处展开。
Definition: You can declare functions in a way that allows the compiler to expand them inline rather than calling them through the usual function call mechanism.
这是一个简单的例子：输入一个模式，XMLBeans编译器会将其编译成通用的接口。
Consider a simple example in which a schema is taken as input and an XMLBeans compiler compiles this schema into generic Interfaces.
预编译器会将代码中所有可执行SQL替换成为对COBOL-DB2接口模块的 COBOLCALL。
The precompiler replaces any executable SQL that was in your source with a COBOL CALL to a COBOL-DB2 interface module.
如果Car并没有其自身方法可以满足调用的话，编译器自动的会将在Car上的调用委派给它的Engine上面的方法。
The compiler automatically delegates calls made on Car to methods on its Engine if the Car does not have methods of its own to satisfy them.
编译器的首个编译过程会将其编译成语法树。
The first pass of the compiler turns this into a syntax tree.
所以编译器不会将全局变量存储在寄存器中，那样会带来额外的、不必要的负担和存储空间。
Hence, the compiler cannot cache the value of a global variable in a register, resulting in extra (often unnecessary) loads and stores when globals are used.
如果使用THREAD编译器选项编译包含不恰当元素的程序，则会将这些元素标记为错误。
If you compile the program containing unwanted elements with the THREAD compiler option, they are flagged as errors.
注意，在一个32位的系统上，编译器可能并没有对变量d进行对齐，尽管它是一个64位的对象，这是因为硬件会将其当作两个32位的对象进行处理。
Note here that on a 32-bit system, the compiler may not align the variable d, even though it is a 64-bit object, because the hardware treats it as two 32-bit objects.
对大多数的编译器来说，如果使用未初始化的指针，会将指针中存放的不确定值视为地址，然后操纵该内存地址中存放的位内容。
Under most compilers, if we use an uninitialized pointer the effect will be to use whatever bits are in the memory in which the pointer resides as if it were an address.
在这种情况下，隐藏就会失败，并且如果以前没有隐藏，编译器就会将任何引用解析为它包含的同一个元素。
In such a case, shadowing is defeated and the compiler resolves any reference to the same element it would have if there had been no shadowing.
如果类别重新命名其中一个多载版本，则因为名称不同，编译器不会将该版本视为多载。
If the class renames one of the overloaded versions, the compiler does not consider that version to be an overload because its name is different.
如果形参是数组的引用，编译器不会将数组实参转化为指针，而是传递数组的引用本身。
If the parameter is a reference to the array, then the compiler does not convert an array argument into a pointer. Instead, a reference to the array itself is passed.
如果形参是数组的引用，编译器不会将数组实参转化为指针，而是传递数组的引用本身。
If the parameter is a reference to the array, then the compiler does not convert an array argument into a pointer. Instead, a reference to the array itself is passed.
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