What is the difference between typeof(foo) and myFoo. GetType()?
typeof(foo)和myFoo.GetType()的区别?
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。
If those all fail, it looks for foo (short), foo (char), and foo (byte).
如果全部失败，它会查找foo (short)、foo (char)和foo (byte)。
The listings show the directory’s four entries (hard links): ., .., bin and foo.
这个列表显示当前目录下的4个目录项（硬链接）：.、..、bin和foo。
For example, let's say that the foo device driver wants to register a device with devfs.
举例来说，假设foo设备驱动程序希望使用devfs注册设备。
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。
Since Alice is working on the foo project, the Alice User ID is currently in the "foo" group.
由于alice正在负责foo项目，因此alice用户ID当前位于“foo”分组。
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。
This is because /usr/local/bin/foo is now being executed rather than the original /usr/bin/foo.
这是因为现在执行的是 /usr/local/bin/foo而不是最初的 /usr/bin/foo。
If a caller wants to increment the foo property, the following code to do so is not thread-safe.
如果一个调用者想要增加foo属性值，以下完成该功能的代码就不是线程安全的。
The method main allocates memory, calls foo , USES the allocated memory, and then frees it and exits.
这个方法main分配内存，调用foo，使用分配的内存，然后释放它并退出。
If none of those are found, it even tries converting the number to a string and calling foo (string).
如果均未找到，它甚至会尝试将数字转换成字符串，并调用foo (String)。
In this case, you should see an error message complaining that foo isn't a method defined, like so.
在本例中，错误消息说明foo不是一个定义的方法，像这样。
After user foo logs in to AIX, run the limit command to verify that his file descriptor limit is set to 1000.
在用户foo登录aix之后，运行ulimit命令以验证他的文件描述符限制是否设置为1000。
After user foo logs in to AIX, run the ulimit command to verify that his file descriptor limit is set to 1500.
在用户foo登录到AIX中之后，运行ulimit命令，以验证他的文件描述符限制是否设置为1500。
If you supply a property name of "foo", Castor will try to call setfoo -and that's probably not what you want.
如果提供属性名“foo”，Castor就会尝试调用setfoo—这可能不是您希望的情况。
The asterisk in the third field indicates that the function foo() is to be probed if it exists in any module of the process.
第三个字段中的星号表示，在这个进程的任何模块中找到的foo()函数都应该探测。
You might make the mistake of thinking that you can simply import foo and use foo.bar directly from a script (I know I did).
您可能会错误地认为可以直接从脚本简单地导入foo并使用foo . bar(我知道我确实犯过这种错误)。
That was very powerful and fun, but the real fun begins when you use TAB completion to explore foo, as in the following example.
这十分有效而且有趣，不过当您使用tab完成功能来探讨foo时，如下面的例子所示，真正的乐趣才刚刚开始。
For the -opt, -neg and -join operations, multiple-named variables may be listed in the token, for example, {-opt|/|foo,bar,baz}.
对于 -opt、-neg和-join操作，可以在标记中列出多个指定变量。例如，{-opt|/|foo,bar,baz}。
These include pre- and post-increment/decrement ( i++, --foo ), add/sub/mult/div assign operators ( a+=3, b*=2, c/=2.2, d-=6.2 ).
其中包括前后加/减（i++、--foo）， 加减乘除赋值运算符（a+=3、b*=2、c/=2.2、d-=6.2）。
Therefore, if thread 1 called foo and thread 2 called bar concurrently, thread 1 might set stop to true before num is set to 100.
因此，如果线程1调用foo并且线程2 并发地调用bar，则线程 1可能在num 被设置成为 100之前将stop 设置成true。
If foo (2) returns 7 the first time you call it, it will return 7 the second time you call it, and the third, and the thirty-third.
如果在您第一次调用foo(2)时，它返回了7，那么第二次、第三次……第三十三次调用它时，依然会返回7。
The only common problem is when a class has both foo (double) and foo (int) variants, and you expect the int version to be invoked.
惟一一种常见的问题就是在类同时具有foo (double)和foo (int)这两种变体时，而且您希望调用的是整型版本。
But the exception parameter t is declared as a Throwable, and Throwable cannot be thrown from foo unless the throws clause is modified.
但是异常参数t被声明为Throwable，且如果没有修改throws子句，则Throwable不能从foo中抛出。
For example, if you create two empty element nodes named "foo" without any attributes, they are equal, even though they are not identical.
例如，如果创建了两个没有任何属性的、名为“foo”的空元素节点，那么它们是相等的，但是它们不是相同的。
For the -append, -prefix and -listjoin operations, only a single-named variable may be specified in the token, for example, {-prefix|/|foo}.
对于-append、-prefix和-listjoin操作，只能在标记中指定单个指定变量。例如，{-prefix|/|foo}。
So when you invoke a system call from your user code, say from function foo in your program, you are actually invoking a routine in the kernel.
因此，当从用户代码调用系统调用时(假定从程序中函数foo调用)，实际上是在调用内核中的例程。
For example, given the token {-join|&|a,b=bar}, and a value of foo associated with the variable a, the replacement value for the token is a=foo&b=bar.
例如，给定标记 {-join|&|a,b=bar}和与变量 a关联的一个foo值，则标记的替换值为 a=foo&b=bar。
For example, given the token {-join|&|a,b=bar}, and a value of foo associated with the variable a, the replacement value for the token is a=foo&b=bar.
例如，给定标记 {-join|&|a,b=bar}和与变量 a关联的一个foo值，则标记的替换值为 a=foo&b=bar。
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