This is a very basic compiler.
这是一个非常简单的编译器。
这对编译器来说是很好的。
First, it is higher in the compiler.
首先，是在编译器上。
A text editor and a Haskell compiler.
一个编辑器和一个编译器。
Here's the compiler log for Listing 7.
下面是清单7的编译器日志。
我们需要一个编译器。
编译器。
Pattern is a regular expression compiler.
Pattern是一个正则表达式编译器。
The compiler is used for development only.
该编译器仅用于开发。
Another type of compiler is already planned.
另一种类型的编译器也已经在计划当中。
This use of the word compiler might seem odd.
使用这种文字编译器似乎可能有些古怪。
In this sense, XSLT is a compiler technology.
从这个角度讲，XSLT是一项编译器技术。
Live compiler errors in the code editor.
代码编辑器可以即时显示出编译错误。
Let your compiler do the simple optimizations.
用你的编译器完成简单的优化。
Fortunately, the compiler catches this problem.
幸运的是，编译器会抓住这种问题。
I had a running compiler and nobody would touch it.
我有一个可以运行的编译器，没人愿意碰它。
How can you get the compiler to leave you in peace?
如何才能使编译器不给您增添麻烦？
How does the compiler deal with this possibility?
编译器如何处理这种可能性？
There is currently no full XSLT compiler on the market.
当前市场上还没有完整的XSLT编译器。
The IBM XLC compiler, on the other hand, is the opposite.
另一方面，IBMXLC编译器则正好相反。
Only the compiler would be able to flag this as an error.
只有编译器才能标记这个错误。
Also, decide which compiler to use on the target platform.
还要确定在目标平台上使用哪种编译器。
Will your target market mind having to get a new compiler?
您的目标市场介意使用一个新的编译器吗？
A JIT compiler would see an optimization opportunity here.
JIT编译器会在这里看到一个优化的机会。
The other experimental work is on our optimizing compiler.
另一个实验工作与我们在优化的编译器有关。
Let's take a look at how the GWT compiler can help with that.
让我们看看GWT编译器是如何提供帮助的。
The real fun begins next month when I start coding the compiler.
在我下个月开始编写编译器的代码时，才开始真正有趣的内容。
The compiler instance has specific properties to define such flags.
编译器实例有特定的特性来定义这些标志。
The compiler still has to allocate space for the empty class, right?
编译器仍然必须为空类分配空间，对吧？
The style sheet compiler analyses the style sheet prior to execution.
样式表编译器在执行之前对样式表进行分析。
应用推荐