What is the translation of " THE COMPILER WILL " in Chinese?

• 编译器会
• 编译器将

Examples of using The compiler will in English and their translations into Chinese

The compiler will treat them equally.
编译器会以相同的方式处理它们。

If there are errors, the compiler will tell you what you did wrong.
如果有错误，编译器会告诉你做错了什么。

The compiler will generate the rest.
编译器将生成剩余部分。

Of course, if they are private, the compiler will issue a warning.
当然，如果它们是私有的，编译器会发出警告。

Now the compiler will be happy and so are we.
现在编译器会很开心，我们也一样.

If you're just borrowing an object the compiler will keep track of that.
如果你只是借用一个对象，编译器会跟踪它。

The compiler will find those errors and report them to you.
编译器会发现并报告这些错误。

If we try to access num from outside the if or else, the compiler will complain.
如果我们试图从其他外部的if或者else访问num,编译器会不通过。

Hopefully the compiler will detect this!
希望编译器会检测到这种情况!

If the parent has no constructor(Objectdoes have one), the compiler will reject the program.
如果父类没有构造函数（Object有一个），编译器将拒绝该程序。

The compiler will complain that it needs lifetime specifiers:.
编译器会抱怨它需要生命周期标识符：.

Since*ptr points to a volatile parameter, the compiler will generate code that looks something like this:.
是，由于*ptr指向一个volatile型参数，编译器将产生类似下面的代码：.

The compiler will check the code for syntax and other errors.
编译器将检查代码的语法及其他错误。

Can be used anywhere, it is the generic symbol for each type's zero value and the compiler will sort things out.
可以被用于任何地方，它是表示各种类型零值的符号并且编译器会挑出它.

The compiler will announce that the variable x has already been defined.
编译器会认为变量x已被定义。

But if my function uses automatic return type deduction, the compiler will silently make the change for me.
但是，如果我在函数中使用了自动的返回类型推导，那么编译器将默默地为我进行这些修改。

The compiler will create a routine for foo() and remember its address.
编译器会创建foo()的调用路径，并记住foo()的地址。

If a header file happens to be included twice, the compiler will process its contents twice and will result an error.
如果一个头文件被引用两次，编译器会处理两次头文件的内容，这将产生错误。

The compiler will see the same token stream as it would if program. c read.
编译器会看到同样数据流，因为它会如果program.c读取.

If a header file happens to be included twice, the compiler will process its contents twice and it will result in an error.
如果头文件恰好被包含两次，编译器将处理它的内容两次，将导致一个错误。

So the compiler will check for these header files in the current folder or-I defined folders.
因此编译器会检查当前文件夹或-I定义的文件夹中的这些头文件。

If it present somewhere in the middle, the compiler will throw error fallthrough statement out of place.
如果它出现在了case语句的中间，编译器将会报错：fallthroughstatementoutofplace.

The value on the right side must be of the same data-type of variable on the left side otherwise the compiler will raise an error.
右侧的值必须与左侧的变量具有相同的数据类型，否则编译器将引发错误。

When we do, the compiler will give us an error that we're using the..
如果这么做，编译器会报错说我们使用了arg的.

For example, introducing parallelism in Rust is a relatively low-risk operation: the compiler will catch the classical mistakes for you.
例如，在Rust中引入并行是相对低风险的操作：编译器会为你捕获经典的错误。

In other words, the compiler will not use AttributeUsage information to resolve ambiguous attribute targets.
换言之，编译器将不使用AttributeUsage信息解析不明确的特性目标。

If a header file happens to be included twice in the same program, the compiler will process its contents twice and will result an error.
如果头文件恰好被包含两次，编译器将处理它的内容两次，将导致一个错误。

In this scenario, the compiler will create two dispatch tables, one for ParentClass, and one for ChildClass:.
在这个情况下,编译器会创建两个函数表,一个是ParentClass的,另一个是ChildClass的:.

Generally, if_STDC_ is defined, then the compiler will accept only standard C/C++ code that does not contain any nonstandard extensions.
一般来讲，如果__STDC__已经定义，编译器将仅接受不包含任何非标准扩展的标准C/C++代码。

By specifing a base standard, the compiler will accept all programs following that standard and those using GNU extensions that do not contradict it.
通过指定基本标准，编译器将接受所有遵循该标准的程序，以及那些使用GNU扩展而不与其相矛盾的程序。