Bar is just a shorter option for calling foo. bar(); and "setting" foo. 因此在Ruby中,foo.bar仅仅是调用foo.bar()的一种更简短方法;
Thus you would create a Foo subdirectory in your lib/ python/ Products directory. 这样您就将在lib/python/Products目录下创建一个Foo子目录。
Likewise, our implementation overrides some of these virtual do_foo methods. 同样,我们的实现覆盖了其中一些dofoo虚方法。
So let's look at the C code for our little foo module. 那我们就来看看我们的小型foo模块的C代码。
What is output from that call would be the string Foo. 该调用的输出是字符串Foo。
If you access foo. bar, or set foo. bar= value in Python, you might be using a simple data value, or you might be calling some semi-hidden code. 如果您在Python中访问foo.bar,或设置foo.bar=value,您可能使用了一个简单的数据值,或者调用了某些半隐藏的代码。
The net result is that I changed the order of the parameter bindings, such that, if you renamed/ foo to/ bar, I ended up replacing/ bar with/ foo in all paths starting with/ foo/. 最终结果是,我改变了参数绑定顺序,比如说,如果您将/foo重命名为/bar,那么最终的时候,在以/foo/开头的所有路径中,我会使用/foo替换/bar。
Two objects each of type Foo can directly access each other's private fields. 类型同为Foo的两个对象可直接访问对方的私有字段。
This example will print only those lines where field one equals foo and field two equals bar. 该示例只打印第一个字段等于foo且第二字段等于bar的行。
In this case, I'm adding a call to the printvalue function with the value argument set to foo. 在这个示例中,添加了一个对printvalue函数的调用,并将value参数设置为foo。
Moreover, the switches within the definitions of Foo. meth() and Bar. meth() are largely equivalent. 而且,Foo.meth()和Bar.meth()的定义内部的切换在很大程度上是等同的。
Bar= value is shorthand for foo. bar= ( value). 而“设置”foo.bar=value则是foo.bar=(value)的一种简略形式。
Execution of bar works great, but now the user gets unexpected results when executing foo. bar的执行非常顺利,但是用户现在在执行foo时得到了异常结果。
What happens if the compiler makes such an optimization, and later a class is loaded that extends Foo? 如果编译器进行了这样的优化,然后装入了一个扩展了Foo的类,会发生什么?
Frank: What if I push() two things, like foo and then bar? 如果我push()两个对象,比如先是foo,然后是bar,结果会怎样?
Just_this skips the method code, while accessing foo. 对foo.justthis的访问跳过了方法代码,而对foo.somethingelse的访问则运行了代码;
The Foo. say() method has different behaviors for different instances. say()方法对于不同的实例有不同的行为。
A new contact identified by "foo" is added to the contacts store. 一个通过“foo”识别的新联系人将添加到联系人存储库。
After all, we are just stating two overlapping conditions about foo. 毕竟,我们只不过声明了两个有关foo的重叠条件。
On first access to foo. 在第一次访问foo.other时,我们将读取类属性;
At any rate, let's define a little module called'foo '. 无论如何,还是让我们来定义一个叫做‘foo’的模块吧。
The'foo'module will have a function called'bar '. ‘foo’模块会有一个叫做‘bar’的函数。
It would be like creating an element called foo. 这就如同是创建一个名为foo的元素。
As a result, setting AIX attributes for user foo fails. 因此,为用户foo设置AIX属性的操作将失败。
Create a directory with the path/ opt/ foo/ lib. 创建一个目录,路径如下/opt/foo/lib。
You can then reattach by running the screen-x foo command again. 然后通过再次运行screen-xfoo命令可以重新拼接起来。
You can use URI/ contacts or/ contacts/ foo to verify the contacts collection or individual contact. 您可以使用URI/contacts或/contacts/foo验证联系人集合或单个联系人。
Both code fragments create an instance of a class Foo and call its hello() method. 代码片段创建的一个实例级美孚,并呼吁其您好()方法。
The Xyz object is very simple, and has only one method: Foo. Xyz对象非常简单,只有一个函数:Foo。
Suppose I type in the word foo, F-O-O. 假如我输入了单词foo,F-O-O。