AppConfig can do variable expansions on several levels, depending on the EXPAND setting.
AppConfig可以在几个级别上进行变量扩展，这取决于EXPAND设置。
Do not choose this because simple regression only looks at one variable, and we have six.
请不要选择该选项，因为简单回归只能有一个变量，而我们有六个变量。
You examined some important kernel parameters, what they do, and how to tune them, including how to make the best use of the variable page size support.
研究了一些重要的内核参数、它们的作用以及如何对它们进行调优，包括如何最适当地使用可变页面大小支持。
Another thing that the notation suggests we can do, and they claim we can do, is divide everything by some variable that everybody depends on.
这个记号告诉我们可以做的，要求我们做的，就是用所有这一切都依赖的变量，来除以这个式子。
For example, suppose you do some bit manipulation in an integer variable and expect it to be of size 4: This may not be the case on all operating system platforms (see Listing 7).
例如，假设您在一个整型变量中执行某个位操作，并预期其大小为4：这并非在所有操作系统平台上都是如此(请参见清单7)。
But the key variable for how things unfold is difficult to forecast: What Beijing will do next.
但作为未来形势的关键变量，北京方面接下来采取什么措施是很难预测的。
Do this by putting an ABAP string, character variable, or table variable in parentheses.
这种表示法把abap字符串、字符变量或表变量放在圆括号中。
That's perhaps easiest to do if you've written an application and stored the XML data in a variable.
如果您曾经编写过应用程序并在变量中存储过XML数据，那么这个工作将非常简单。
You express everything in terms of a single variable and then you do a usual single integral. Any questions about that?
所有的这些都跟一个变量有关，也就可以来做单变量积分了，有问题么？
Other than that, they both do the same thing, and you will see both forms of variable expansion in the rest of this series.
除此之外，二者相同，将在本系列的余下部分看到变量扩展的两种形式。
X So now if we actually introduce the variable X, welcome X. Let's do this again.
现在如果我们引进一个变量，欢迎你，X，让我们再做一次。
And then, you'll do a one variable integral over t.
那么你要做一个以t为变量的积分。
You could do that by replacing the contents of the opacity variable to a fixed number, before any function calls it, for example.
例如，您可以在任何函数调用opacity变量之前，将其内容替换为一个固定数字。
It tries to do this by introducing the local variable inst and a second synchronized block. The theory works as follows.
它试图通过引入局部变量inst和第二个synchronized块来解决这一问题。
To do this, provide exact token locations in the global variable yylloc of type YYLTYPE.
要实现这种功能，我们可以在yyltype类型的全局变量yylloc中提供这个符号的确切位置。
Now you need to assign the business variables to the policies, so that the policies can use the business variable values at runtime. To do this, complete the following steps.
现在，您需要将业务变量分配给策略，这样策略便可以在运行时使用业务变量值。
We'll explore variable declarations and the val and var keywords in the section called "variable declarations" in Chapter 2, Type Less, Do More.
我们会在《第2章-打更少的字，做更多的事》的“变量声明”章节来探索如何使用val和var关键字声明变量。
But notice unlike a for loop, if you want to declare a variable or increment or decrement to variable, you've got to do that yourself.
但请注意不像for循环，如果你想声明一个变量，或者变大或变小一个变量，你需要自己完成。
Again, it's quite difficult to understand what the traps are suppose to do or what the values are for in each variable.
同样，很难理解trap语句的作用以及每个变量可以是哪些值。
You can do it by accessing internal AppConfig: : State data or the array reference returned to you as the value of the array variable, but it is not recommended that you do so.
可以通过访问内部的AppConfig：State数据或作为数组变量值返回给您的数组引用来实现这一步，但我们建议您不要这样做。
You can do it by accessing internal AppConfig: : State data or the hash reference returned to you as the value of the hash variable, but it is not recommended that you do so.
可以通过访问内部的AppConfig：State数据或作为散列变量值返回给您的散列引用来实现这一步，但我们建议您不要这样做。
This means that read and write operations that do not modify the value of an atomic variable are synchronized, not just the important read-update-write operations.
这表示，不修改原子变量值的read和write操作是同步的，不仅仅是重要的 read-update-write 操作。
You can do this using Scilab's disp function, which takes in a variable, disp (m).
为此，使用Scilab的disp函数，它接受一个变量disp (m)。
You're always allowed to include the package part of the variable's name, and if you do, Perl will know exactly which variable you mean.
允许指定变量名的包部分，假如这样做，perl会明确知道你指的是哪个变量。
Using macros like this significantly reduces typing because you do not have to constantly be writing and rewriting variable bindings, derivations, and parameter passing.
使用这样的宏可以显著减少代码输入量，因为不必不断地编写和重新编写变量绑定、派生和参数传递。
When you compute an integral in single variable calculus, you don't do that. You don't cut into little pieces and sum the pieces together.
当计算一个单变量的积分时，你不会这样做的，不会分割出一个个小块，再对这些小块求和。
How do you define a templated class or a function with a variable number of arguments, each with a potentially different type?
如何定义具有数量可变的参数(每个参数的类型可能不同)的模板化类或函数？
As you do this, note that the COMPONENT_ID instance variable should be left alone, as it's the same for all custom connectors.
在这样做时，注意COMPONENT _ ID实例变量应该不变，因为它对于所有定制连接器都是相同的。
Heap dumps do not contain information like variable names, values or source code.
堆转储不包含变量名、值或源代码等信息。
Heap dumps do not contain information like variable names, values or source code.
堆转储不包含变量名、值或源代码等信息。
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